mhurhangee/ep-ind-claims huggingface dataset:
Disposable connection device for insertion into a connection opening of a head plate of a bioreactor and/or into a connection opening of a bag bioreactor, the disposable connection device comprising a plurality of passages and a fastening section, characterized in that the disposable connection device is formed in one piece and made of plastic and the fastening section has a fastening structure on an outer circumferential surface for fastening the disposable connection device in the connection opening, and characterized in that the disposable connection device comprises a plurality of sensors, wherein at least one sensor is arranged in a plurality of passages and wherein one sensor is configured as a filling level meter. characterized in that the disposable connection device is formed in one piece and made of plastic and the fastening section has a fastening structure on an outer circumferential surface for fastening the disposable connection device in the connection opening, and characterized in that the disposable connection device comprises a plurality of sensors, wherein at least one sensor is arranged in a plurality of passages and wherein one sensor is configured as a filling level meter.
A replication competent retrovirus particle produced by a retrovirus producing HT1080 cell line that is grown in serum free media and in suspension, wherein said HT1080 cell line stably expresses a recombinant retroviral genome comprising a ga g gene, pol gene, env gene, a heterologous polynucleotide, and retroviral psi (Ψ) factor for the assembly of the recombinant retroviral genome, wherein the replication competent retrovirus particle comprises the recombinant retroviral genome, and wherein the HT1080 cell line has been adapted to be grown in serum free media and in suspension.
A method for inspection of the panoramic camera splicing before mass production of a panoramic camera, wherein the method comprises: setting a calibration room for a to-be-produced camera; calculating a calibration parameter of the to-be-produced camera, and performing panoramic splicing of the to-be-produced camera according to the calibration parameter; determining whether the to-be-produced camera is qualified according to an effect of the panoramic splicing of the to-be-produced camera, and if there is no serious splicing seam in the effect of panoramic photo splicing, a mass production device would mass produce the to-be-produced camera; wherein the method step of setting the calibration room comprises: determining a ratio of length to width to height of the calibration room; and determining the number of calibration feature patterns and corresponding locations thereof; characterized in that the ratio of length to width to height of the calibration room is 4:4:3, and the number of the calibration feature patterns is 8; geometric centers of the 8 calibration feature patterns are located on the circumference of a same circle, and the geometric centers of the 8 calibration feature patterns are points at which the circumference of the circle intersects with an edge of a bisecting cross section of the calibration room. setting a calibration room for a to-be-produced camera; calculating a calibration parameter of the to-be-produced camera, and performing panoramic splicing of the to-be-produced camera according to the calibration parameter; determining whether the to-be-produced camera is qualified according to an effect of the panoramic splicing of the to-be-produced camera, and if there is no serious splicing seam in the effect of panoramic photo splicing, a mass production device would mass produce the to-be-produced camera; wherein the method step of setting the calibration room comprises: determining a ratio of length to width to height of the calibration room; and determining the number of calibration feature patterns and corresponding locations thereof; characterized in that the ratio of length to width to height of the calibration room is 4:4:3, and the number of the calibration feature patterns is 8; geometric centers of the 8 calibration feature patterns are located on the circumference of a same circle, and the geometric centers of the 8 calibration feature patterns are points at which the circumference of the circle intersects with an edge of a bisecting cross section of the calibration room. determining a ratio of length to width to height of the calibration room; and determining the number of calibration feature patterns and corresponding locations thereof; characterized in that the ratio of length to width to height of the calibration room is 4:4:3, and the number of the calibration feature patterns is 8; geometric centers of the 8 calibration feature patterns are located on the circumference of a same circle, and the geometric centers of the 8 calibration feature patterns are points at which the circumference of the circle intersects with an edge of a bisecting cross section of the calibration room.
A storage device defining at least one rest surface adapted to receive a plurality of items and comprising: a self-supporting structure confining an inner volume and including at least one shelf defining said at least one rest surface, and a plurality of supporting columns adapted to bear said shelf and comprising at least one abutment means adapted to enable at least one side panel to be secured through a front interlocking coupling to said self-supporting structure, and adapted to enable said at least one side panel to be fitted into or pulled out of said abutment means through a movement adapted to move said side panel close to or away from the centre of gravity of said self-supporting structure along a rectilinear fitting direction; characterised in that at least one of said supporting columns defines an inner chamber, adapted to receive one diffuser apparatus at least partly and adapted to carry out a sanitisation of at least part of the inner volume (1 b), and in that said inner chamber has a slit adapted to enable said diffuser apparatus to sanitise at least said inner volume.
A refrigeration apparatus for transport, comprising: a heat exchanger; a casing forming an accommodation chamber for housing the heat exchanger therein, the casing being provided with a partition portion extending in a vertical direction so as to partition an outdoor space and the accommodation chamber from each other, the partition portion having an opening (73, 80) for providing communication between the outdoor space and the accommodation chamber; and an eaves portion above the opening (73, 80), wherein the opening (73, 80) is located above the heat exchanger in the front view; characterized in that the heat exchanger is a four-side heat exchanger having a substantially quadrangular shape comprising first to fourth heat-exchange portions (32a-32d) each including a heat transfer tube and fins and arranged in a quadrangle in a front view viewed from the outdoor space toward the accommodation chamber. a heat exchanger; a casing forming an accommodation chamber for housing the heat exchanger therein, the casing being provided with a partition portion extending in a vertical direction so as to partition an outdoor space and the accommodation chamber from each other, the partition portion having an opening (73, 80) for providing communication between the outdoor space and the accommodation chamber; and an eaves portion above the opening (73, 80), wherein the opening (73, 80) is located above the heat exchanger in the front view; characterized in that the heat exchanger is a four-side heat exchanger having a substantially quadrangular shape comprising first to fourth heat-exchange portions (32a-32d) each including a heat transfer tube and fins and arranged in a quadrangle in a front view viewed from the outdoor space toward the accommodation chamber.
Nickel-free austenitic stainless steel comprising, in mass percent: - chromium in amounts of 10 < Cr < 21%; - manganese in amounts of 10 < Mn < 20%; - molybdenum in amounts of 0 < Mo < 2.5%; - copper in amounts of 0.5 < Cu < 4%; - carbon in amounts of 0.15 < C < 1%; - nitrogen in amounts of 0 < N ≤ 1, and - nickel in amounts of 0 ≤ Ni < 0.5%, - silicon in amounts of 0 ≤ Si < 2%, - tungsten in amounts of 0 ≤ W < 4%, - aluminium in amounts of 0 ≤ Al < 3% the remainder being formed by iron and any impurities from the melt, the nickel-free austenitic stainless steel comprising, in mass percent, carbon in amounts of 0.25 < C < 1% when the steel includes manganese in amounts of 15 ≤ Mn < 20%, the remainder being formed by iron and any impurities from the melt. - chromium in amounts of 10 < Cr < 21%; - manganese in amounts of 10 < Mn < 20%; - molybdenum in amounts of 0 < Mo < 2.5%; - copper in amounts of 0.5 < Cu < 4%; - carbon in amounts of 0.15 < C < 1%; - nitrogen in amounts of 0 < N ≤ 1, and - nickel in amounts of 0 ≤ Ni < 0.5%, - silicon in amounts of 0 ≤ Si < 2%, - tungsten in amounts of 0 ≤ W < 4%, - aluminium in amounts of 0 ≤ Al < 3%
A device (100,200,300,400,500,600,700) to repair a bone defect, wherein the device comprises a stem (110,240) having a circumference, the stem being connected to a cap (120,220) with a flange (190,230), wherein the device is porous, characterised in that the device further comprises bristles (210,310,410,510,610,710) emanating from the circumference of the stem.
A micropump including - a stator, - a rotor slidably and rotatably mounted at least partially in the stator, the rotor comprising a first axial extension having a first diameter and a second axial extension having a second diameter greater than the first diameter, - a first valve formed by a first valve seal mounted on the stator around the first axial extension, in conjunction with a first channel in the rotor that is configured to allow liquid communication across the first valve seal when the first valve is in an open position, - a second valve formed by a second valve seal mounted on the stator around the second axial extension, in conjunction with a second channel in the rotor that is configured to allow liquid communication across the second valve seal when the second valve is in an open position, - a pump chamber formed between the rotor and stator and between the first valve seal and second valve seal, and - a cam system comprising a cam track (22, 22') on one of the rotor or stator and a cam follower (36, 36') on the other of the rotor or stator for axially displacing the rotor relative to the stator as a function of the rotation of the rotor, the cam track comprising a valves-closed chamber-full section, a valves-closed chamber-empty section, an intake section and an expel section, characterized in that the cam system comprises at least two cam tracks (22, 22') and associated cam followers (36, 36'), including a radially outer cam track and an associated radially outer cam follower, and a radially inner cam track and an associated radially inner cam follower, the radially outer cam track and radially inner cam track defining the same cam profile developed over 360 degrees. - a stator, - a rotor slidably and rotatably mounted at least partially in the stator, the rotor comprising a first axial extension having a first diameter and a second axial extension having a second diameter greater than the first diameter, - a first valve formed by a first valve seal mounted on the stator around the first axial extension, in conjunction with a first channel in the rotor that is configured to allow liquid communication across the first valve seal when the first valve is in an open position, - a second valve formed by a second valve seal mounted on the stator around the second axial extension, in conjunction with a second channel in the rotor that is configured to allow liquid communication across the second valve seal when the second valve is in an open position, - a pump chamber formed between the rotor and stator and between the first valve seal and second valve seal, and - a cam system comprising a cam track (22, 22') on one of the rotor or stator and a cam follower (36, 36') on the other of the rotor or stator for axially displacing the rotor relative to the stator as a function of the rotation of the rotor, the cam track comprising a valves-closed chamber-full section, a valves-closed chamber-empty section, an intake section and an expel section,
A method for using radio frequency, RF, chain sharing information, the method comprising: receiving (402a,b), at an evolved node B, eNodeB, RF chain sharing information from user equipment, UE, associated with the eNodeB, wherein a RF chain is included in the UE and switchable between a first and a second network, the first and second networks sharing at least a frequency band, in the sense that the RF chain can be switched between the first and second networks which are close enough to enable switching of the RF chain between the two, and the RF chain sharing information comprising indication of a non-usable frequency band for the first network; and transmitting (404a,b), by the eNodeB, radio resource control, RRC, connection reconfiguration signaling to the UE to release a secondary cell, SCell, or perform inter-frequency handover of a primary cell, PCell, in response to the RF chain sharing information, wherein the RF chain sharing information comprises the non-usable frequency band and further comprising: in response to an absence of a paging for a start of a call terminating at the UE, receiving indication of a usable frequency band, and transmitting a second RRC connection reconfiguration signaling to the UE in accordance with the indication of the usable frequency band. receiving (402a,b), at an evolved node B, eNodeB, RF chain sharing information from user equipment, UE, associated with the eNodeB, wherein a RF chain is included in the UE and switchable between a first and a second network, the first and second networks sharing at least a frequency band, in the sense that the RF chain can be switched between the first and second networks which are close enough to enable switching of the RF chain between the two, and the RF chain sharing information comprising indication of a non-usable frequency band for the first network; and transmitting (404a,b), by the eNodeB, radio resource control, RRC, connection reconfiguration signaling to the UE to release a secondary cell, SCell, or perform inter-frequency handover of a primary cell, PCell, in response to the RF chain sharing information, wherein the RF chain sharing information comprises the non-usable frequency band and further comprising: in response to an absence of a paging for a start of a call terminating at the UE, receiving indication of a usable frequency band, and transmitting a second RRC connection reconfiguration signaling to the UE in accordance with the indication of the usable frequency band.
A feeder for a knitting machine, the knitting machine comprising two needle beds that are angled with respect to each other, thereby forming a V-bed, each of the needle beds including a plurality of individual needles that lay on a common plane such that needles from one needle bed lay on a first plane, and needles from the other needle bed lay on a second plane, the first plane and the second plane are angled relative to each other and meet to form an intersection of the needle beds that extends along a majority of a width of the knitting machine the feeder comprising: a carrier that includes an attachment mechanism for securing the feeder to the knitting machine such that the carrier is configured to move along a first axis relative to the knitting machine; and a feeder arm extending downward from the carrier, the feeder arm including a dispensing area suitable for supplying a strand to the knitting machine; the dispensing area being in an end region of the feeder arm; the feeder arm being configured to move along a second axis between a retracted position and an extended position relative to the carrier, the second axis being substantially normal to the first axis; the dispensing area being closer to the carrier in the retracted position than in the extended position; characterized in that, in the extended position the dispensing area is reciprocated through the intersection of the needle beds and postioned below the intersection of the needle beds. a carrier that includes an attachment mechanism for securing the feeder to the knitting machine such that the carrier is configured to move along a first axis relative to the knitting machine; and a feeder arm extending downward from the carrier, the feeder arm including a dispensing area suitable for supplying a strand to the knitting machine; the dispensing area being in an end region of the feeder arm; the feeder arm being configured to move along a second axis between a retracted position and an extended position relative to the carrier, the second axis being substantially normal to the first axis; the dispensing area being closer to the carrier in the retracted position than in the extended position;
A method for manufacturing a power distribution component for use in a predetermined position of an electric device, the method including steps of processing a round metallic wire formed of a cross-section circular solid wire, for use as a conductor of the power distribution component, the method comprising: a correction step of linearly correcting a coiled material of the round metallic wire; a cross-section non-circular portion forming step of forming a cross-section non-circular portion having a non-circular cross-sectional shape in a diameter direction in at least one position of the round metallic wire linearly corrected by the correction step; a bending step of holding the cross-section non-circular portion in a wire holding portion of a bending machine and performing bending in a predetermined three-dimensional shape; and the step of integrally attaching a resin member on an outer periphery of the cross-section non-circular portion of the processed product of the round metallic wire. a correction step of linearly correcting a coiled material of the round metallic wire; a cross-section non-circular portion forming step of forming a cross-section non-circular portion having a non-circular cross-sectional shape in a diameter direction in at least one position of the round metallic wire linearly corrected by the correction step; a bending step of holding the cross-section non-circular portion in a wire holding portion of a bending machine and performing bending in a predetermined three-dimensional shape; and the step of integrally attaching a resin member on an outer periphery of the cross-section non-circular portion of the processed product of the round metallic wire.
A method comprising: at a Network Exposure Function, NEF, of a mobile network receiving (302a, 350d), from an application server, an event subscription request which includes a list of one or more subscribed events associated with a user equipment, UE, the one or more subscribed events including at least one of a UE attach event and a UE detach event; creating (304a, 352d) a context associated with the one or more subscribed events; receiving (316a, 362d) an indication of an occurrence of an event comprising one of a UE attach or a UE detach, wherein receiving the indication of the occurrence of the event is from a policy and charging function, PCF entity when the UE is configured for IP data delivery, and wherein receiving the indication of the occurrence of the event is from an access and mobility management function, AMF, entity when the UE is configured for non-IP data delivery, NIDD,; sending (320a, 320b, 366d), to the application server, an event notification indicating the occurrence of the event associated with the UE, receiving (324b, 370d), from the application server, pending data to be delivered to the UE, wherein when the pending data are to be delivered using Internet Protocol, IP, data delivery, sending from the NEF via an N6 interface with a User Plane Function, UPF, the pending data for delivery to the UE; and when the pending data are to be delivered using NIDD, sending, from the NEF via an interface with the AMF, the pending data for delivery to the UE. at a Network Exposure Function, NEF, of a mobile network receiving (302a, 350d), from an application server, an event subscription request which includes a list of one or more subscribed events associated with a user equipment, UE, the one or more subscribed events including at least one of a UE attach event and a UE detach event; creating (304a, 352d) a context associated with the one or more subscribed events; receiving (316a, 362d) an indication of an occurrence of an event comprising one of a UE attach or a UE detach, wherein receiving the indication of the occurrence of the event is from a policy and charging function, PCF entity when the UE is configured for IP data delivery, and wherein receiving the indication of the occurrence of the event is from an access and mobility management function, AMF, entity when the UE is configured for non-IP data delivery, NIDD,; sending (320a, 320b, 366d), to the application server, an event notification indicating the occurrence of the event associated with the UE, receiving (324b, 370d), from the application server, pending data to be delivered to the UE, wherein when the pending data are to be delivered using Internet Protocol, IP, data delivery, sending from the NEF via an N6 interface with a User Plane Function, UPF, the pending data for delivery to the UE; and when the pending data are to be delivered using NIDD, sending, from the NEF via an interface with the AMF, the pending data for delivery to the UE.
Capacitive sensor switch comprising a housing with a front side and a rear side, the housing including a sensor assembly, wherein the sensor assembly further comprises: - a printed circuit board comprising a sensor circuit, a sensor area and a plurality of LEDs positioned on the printed circuit board, the sensor area being connected to the sensor circuit and - a cover disk arranged on the printed circuit board above the sensor area and oriented towards the front side wherein the cover disk comprises a dielectric material, the cover disk comprises a plurality of light channels (410, 420) extending through the cover disk and at least one of the plurality of LEDs is arranged within a light channel (410, 420) wherein the cover disk comprises an electrically conductive surface, and the cover disk is capacitively coupled or galvanically connected to the sensor circuit. - a printed circuit board comprising a sensor circuit, a sensor area and a plurality of LEDs positioned on the printed circuit board, the sensor area being connected to the sensor circuit and - a cover disk arranged on the printed circuit board above the sensor area and oriented towards the front side
A device for administering a substance comprising: a dispensing element by which the substance can be dispensed, a displaceable protective element for the dispensing element, a drive element coupled to the protective element, and a feedback element (11, 16) which can produce a signal when or after a predetermined amount or the entire amount of the substance to be dispensed was dispensed, characterised in that the feedback element (11, 16) is coupled to the drive element and for producing a feedback signal is accelerated by the drive element over a predetermined distance. a dispensing element by which the substance can be dispensed, a displaceable protective element for the dispensing element, a drive element coupled to the protective element, and a feedback element (11, 16) which can produce a signal when or after a predetermined amount or the entire amount of the substance to be dispensed was dispensed, characterised in that the feedback element (11, 16) is coupled to the drive element and for producing a feedback signal is accelerated by the drive element over a predetermined distance.