mhurhangee/ep-ind-claims huggingface dataset:
A recanalization catheter assembly for establishing a subintimal pathway around an occlusion in a blood vessel, the recanalization catheter assembly comprising: an elongate catheter shaft extending distally from a hub assembly; an inflatable balloon structure mounted on a distal portion of the catheter shaft, the inflatable balloon structure configured to be expanded from a deflated configuration to an inflated configuration with a fluid delivered to an interior of the inflatable balloon structure through an inflation lumen extending through the catheter shaft; a stent surrounding a body portion (52, 152, 252) of the inflatable balloon structure, characterised in that a distal anchoring portion (60, 160, 260) of the inflatable balloon structure positioned distal of the stent; wherein the distal anchoring portion of the inflatable balloon structure is configured to expand within a true lumen portion of the blood vessel distal of the occlusion to anchor the recanalization catheter from unintentional movement during expansion of the stent in the subintimal pathway; wherein the distal anchoring portion of the inflatable balloon structure has an outer diameter in the inflated configuration greater than an outer diameter of the stent in an expanded configuration. an elongate catheter shaft extending distally from a hub assembly; an inflatable balloon structure mounted on a distal portion of the catheter shaft, the inflatable balloon structure configured to be expanded from a deflated configuration to an inflated configuration with a fluid delivered to an interior of the inflatable balloon structure through an inflation lumen extending through the catheter shaft; a stent surrounding a body portion (52, 152, 252) of the inflatable balloon structure, characterised in that a distal anchoring portion (60, 160, 260) of the inflatable balloon structure positioned distal of the stent; wherein the distal anchoring portion of the inflatable balloon structure is configured to expand within a true lumen portion of the blood vessel distal of the occlusion to anchor the recanalization catheter from unintentional movement during expansion of the stent in the subintimal pathway; wherein the distal anchoring portion of the inflatable balloon structure has an outer diameter in the inflated configuration greater than an outer diameter of the stent in an expanded configuration.
A sanitary fitting (2; 3') for use with sealed chemical bags in the chemical/biochemical/pharmaceutical manufacturing industries, said sanitary fitting (2; 3') comprising a flange portion with a planar ring surface defining a central opening; a connector portion defining a lumen extending from the central opening toward an outlet port; characterised in that the fitting (2; 3') further comprises a parabolic entrance surface (16; 16') extending from the planar ring surface and transitioning into the connector portion to define a portion of the lumen.
An ice screw for forming a removable belay point, said screw comprising: - an elongated tubular shaft provided with an external thread; - a bit with teeth, each tooth having a cutting edge, said bit being located at a longitudinal end (E I1) of said shaft, characterized in that a notch is formed in said bit at the base of each cutting edge in order to delimit a sharpening reserve of the associated tooth. - an elongated tubular shaft provided with an external thread; - a bit with teeth, each tooth having a cutting edge, said bit being located at a longitudinal end (E I1) of said shaft, characterized in that a notch is formed in said bit at the base of each cutting edge in order to delimit a sharpening reserve of the associated tooth.
Two dimensional, porous, crystalline, stable covalent organic frameworks (COFs) of formula-I wherein 'A' ring is selected from the group consisting of: wherein 'R' is same or different and independently selected from the group consisting of hydrogen, (C1-C6) alkyl, aryl, aralkyl, halogen, NO 2 (C1-C6) alkoxy.
Elevator system having at least two cabins (110, 120) which can be moved in an elevator shaft, and - having at least two drives (113, 123), each of the drives (113, 123) being adapted to drive in each case one of the cabins (110, 120) for movement within the elevator shaft, characterized in that - the at least two cabins (110, 120) are arranged within a frame device which can be moved in the elevator shaft, and - the at least two cabins (110, 120) can be moved relative to one another within the frame device by means of their respective drives (113, 123). - having at least two drives (113, 123), each of the drives (113, 123) being adapted to drive in each case one of the cabins (110, 120) for movement within the elevator shaft, - the at least two cabins (110, 120) are arranged within a frame device which can be moved in the elevator shaft, and - the at least two cabins (110, 120) can be moved relative to one another within the frame device by means of their respective drives (113, 123).
A production method for producing a circuit optimized to be protected against radiation, the production method including a preliminary characterization stage performed on a reference circuit comprising at least one reference surface on which radiation-sensitive reference elements (5, 9, 12, 16, 20) are distributed, the preliminary characterization stage comprising the steps of: · irradiating the reference circuit a plurality of times; · after each irradiation, if one or more reference elements of the reference circuit have failed, locating said reference element(s); and · mapping the impact of the irradiations on the reference surface of the reference circuit; · the production method further including an optimization stage comprising the step of adapting the position of at least one optimized radiation-sensitive element (35, 37, 39) on at least one optimized surface of the optimized circuit as a function of the mapping performed on the reference circuit. · irradiating the reference circuit a plurality of times; · after each irradiation, if one or more reference elements of the reference circuit have failed, locating said reference element(s); and · mapping the impact of the irradiations on the reference surface of the reference circuit; · the production method further including an optimization stage comprising the step of adapting the position of at least one optimized radiation-sensitive element (35, 37, 39) on at least one optimized surface of the optimized circuit as a function of the mapping performed on the reference circuit.
A method for handling transmission of error indication messages in a communication network, the method comprising: receiving, at a destination computer associated with a destination address, a user data packet from a source computer associated with a source address; determining whether a destination identifier included in the user data packet is known, the destination identifier identifying a destination of the user data packet; if it is determined that the destination identifier is known, then: transmitting the user data packet to the destination associated with the destination identifier; else, if it is determined that the destination identifier is unknown, then: delaying transmission of first error indication message to the source computer by a first transmission timer; and characterised by pacing the transmission of subsequent error indication messages if subsequent user data packets, received from the source computer, include the unknown destination identifier, wherein the pacing is implemented with a variable retransmission timer using an exponential algorithm, wherein the subsequent error indication messages are sent at one second, two seconds, four seconds, eight seconds, sixteenth second, etc. if the retransmission timer is set to one second. receiving, at a destination computer associated with a destination address, a user data packet from a source computer associated with a source address; determining whether a destination identifier included in the user data packet is known, the destination identifier identifying a destination of the user data packet; if it is determined that the destination identifier is known, then: transmitting the user data packet to the destination associated with the destination identifier; else, if it is determined that the destination identifier is unknown, then: delaying transmission of first error indication message to the source computer by a first transmission timer; and transmitting the user data packet to the destination associated with the destination identifier; else, if it is determined that the destination identifier is unknown, then: delaying transmission of first error indication message to the source computer by a first transmission timer; and
Screen for the treatment of a fibrous suspension suitable for fibrous web production, comprising at least two screen layers (1, 2) connected to one another and having apertures (3, 4), the apertures (3, 4) forming screen openings leading through the screen, and the apertures of at least one screen layer being substantially smaller than those of another screen layer, a plurality of small apertures of one screen layer opening over their full extent into a large aperture of the other screen layer, characterized in that sections of the circumference of the large aperture are congruent with at least respectively one section of the circumference of a plurality of small apertures.
A method of transmitting data from a first device to a second device which are connected using an audio/video interface, the method comprising: transmitting to the second device a first request message to secure a multi-hop data transmission path with one link per hop for transmitting a predetermined stream to the second device; receiving by the first device, in response to the first message, from the second device a second response message comprising result information indicating whether the path is secured in the sense of being capable of supporting the streaming service; and if the path is secured, transmitting by the first device, in response to the second message, the predetermined stream to the second device; wherein the transmitting the first message to the second device comprises: transmitting to the second device a third message which is a request to check whether the path is capable of transmitting the predetermined stream; receiving, in response to the third message, from the second device a fourth message comprising information about attributes of links between devices forming the path; and transmitting the first message to the second device if it is determined based on the fourth message that the path is capable of transmitting the predetermined stream. transmitting to the second device a first request message to secure a multi-hop data transmission path with one link per hop for transmitting a predetermined stream to the second device; receiving by the first device, in response to the first message, from the second device a second response message comprising result information indicating whether the path is secured in the sense of being capable of supporting the streaming service; and if the path is secured, transmitting by the first device, in response to the second message, the predetermined stream to the second device; wherein the transmitting the first message to the second device comprises: transmitting to the second device a third message which is a request to check whether the path is capable of transmitting the predetermined stream; receiving, in response to the third message, from the second device a fourth message comprising information about attributes of links between devices forming the path; and transmitting the first message to the second device if it is determined based on the fourth message that the path is capable of transmitting the predetermined stream. transmitting to the second device a third message which is a request to check whether the path is capable of transmitting the predetermined stream; receiving, in response to the third message, from the second device a fourth message comprising information about attributes of links between devices forming the path; and transmitting the first message to the second device if it is determined based on the fourth message that the path is capable of transmitting the predetermined stream.
A method for charging a NiMH battery, comprising the steps of: - estimating a state of charge of the battery; - determining an end of charging time based on the estimated state of charge; - applying a constant charging current with a rate in the range from 0.9 C to 2.1 C to the battery until a threshold voltage is reached; - upon reaching the threshold voltage, applying a charging voltage substantially equal to the threshold voltage to the battery; and - terminating the charging process as soon as the end of charging time is reached. - estimating a state of charge of the battery; - determining an end of charging time based on the estimated state of charge; - applying a constant charging current with a rate in the range from 0.9 C to 2.1 C to the battery until a threshold voltage is reached; - upon reaching the threshold voltage, applying a charging voltage substantially equal to the threshold voltage to the battery; and - terminating the charging process as soon as the end of charging time is reached.
Household device having a control unit for operating the household device in different operating modes and a user interface which comprises an adjustment element for adjusting an operating parameter, wherein the control unit is designed to utilise an assignment function for assigning a value of the operating parameter to each state of the adjustment element, wherein the control unit is designed to determine the assignment function as a function of an operating mode of the household device, wherein the adjustment element is designed as an elongated sensor strip with sensor elements for detecting a contact point in a longitudinal direction of the sensor strip and wherein the assignment function assigns contact points in at least one interval (I1, I2, I3) of contact points to a value of the operating parameter, characterised in that at least two intervals (I1, I2, I3) assigned in each case to a value of the operating parameter are separated by an intermediate interval, wherein the control unit retains a previously set value of the operating parameter, when a touch is detected in the intermediate interval.
Method for producing individualised holograms, wherein a light beam is generated, a light beam is individually modulated, holographic recording material is arranged on a holographic master, and the individually modulated light beam is guided in such a manner that at least part of the individually modulated light beam is refracted and/or reflected on the holographic master and brought into interference with the individually modulated light beam in the holographic recording material, such that an interference pattern representing the individualised hologram is formed in the holographic recording material, wherein the individually modulated light beam is moved relative to the holographic recording material and to the holographic master, in order to scan the entire holographic master, in that the recording material is arranged on the holographic master resting on a cylindrical drum, and the drum is rotated, for the scanning of the holographic master about a drum rotation axis of the drum, characterized in that the light beam is generated as a strip or line form light beam, and the strip or line form light beam scans a flat-configured spatial light modulator in order to be individually modulated, wherein the individually modulated strip or line form light beam is guided in such a way that, in a fixed position in relation to the rotation axis of the drum, it impinges onto the drum along an impingement line, and wherein the individually modulated information transported by the strip or line form light beam runs through the pattern represented on the spatial light modulator, synchronized with the drum movement, and in that the light beam scans the spatial light modulator in the time in which the holographic recording material and the holographic master pass the impingement line once with their entire recording range.
A projection device comprising: an invisible image sensor configured to capture an invisible light image indicating a subject in invisible light; a projector configured to project a projection image onto the subject with visible light, the projection image being based on the invisible light image; a visible image sensor configured to capture an image of the subject onto which the projection image is projected with visible light; an imaging optical system including a diaphragm to regulate a quantity of light reaching the invisible image sensor and the visible image sensor; a light guide configured to guide light to enter the imaging optical system and to guide light exited from the projector; and a light shield disposed at a space from the light guide, characterized in that the diaphragm has a diaphragm value set so that a length difference between a first optical length (a-c) from a near point in a depth of field (d) of the imaging optical system to the imaging optical system and a second optical length (b) from the light shield to the imaging optical system is longer than a front depth of field (c) from the subject in a state where the subject is positioned within a range of the depth of field. an invisible image sensor configured to capture an invisible light image indicating a subject in invisible light; a projector configured to project a projection image onto the subject with visible light, the projection image being based on the invisible light image; a visible image sensor configured to capture an image of the subject onto which the projection image is projected with visible light; an imaging optical system including a diaphragm to regulate a quantity of light reaching the invisible image sensor and the visible image sensor; a light guide configured to guide light to enter the imaging optical system and to guide light exited from the projector; and a light shield disposed at a space from the light guide, characterized in that the diaphragm has a diaphragm value set so that a length difference between a first optical length (a-c) from a near point in a depth of field (d) of the imaging optical system to the imaging optical system and a second optical length (b) from the light shield to the imaging optical system is longer than a front depth of field (c) from the subject in a state where the subject is positioned within a range of the depth of field.
Assembly for a tyre, comprising: a. a woven first fabric having a longitudinal edge extending in a first overall direction, comprising first filamentary elements, referred to as warp elements, which are substantially parallel to one another and extend in a first direction referred to as the warp direction, substantially parallel to the first direction, each first filamentary warp element comprising first and second filamentary members, the second filamentary member being based on a material that melts at a temperature of between 20 and 220°C; b. a woven second fabric, comprising a longitudinal edge extending in a second direction, the first overall direction and the second direction being substantially parallel; c. a bearing structure comprising filamentary load-bearing elements connecting the woven first fabric to the woven second fabric, each filamentary load-bearing element comprising at least one filamentary load-bearing portion extending between the woven first and second fabrics; such that, for any elongation of the woven first fabric in the first overall direction that is less than or equal to 2 × π × H/L, the first filamentary member is not broken when 0 < H ≤ K × H0, where H0 is the mean straight-line distance, in m, between an internal face of the woven first fabric and an internal face of the woven second fabric when each filamentary bearing portion is at rest, and L is the at-rest length of the woven first fabric in the first overall direction and K=1.2. a. a woven first fabric having a longitudinal edge extending in a first overall direction, comprising first filamentary elements, referred to as warp elements, which are substantially parallel to one another and extend in a first direction referred to as the warp direction, substantially parallel to the first direction, each first filamentary warp element comprising first and second filamentary members, the second filamentary member being based on a material that melts at a temperature of between 20 and 220°C; b. a woven second fabric, comprising a longitudinal edge extending in a second direction, the first overall direction and the second direction being substantially parallel; c. a bearing structure comprising filamentary load-bearing elements connecting the woven first fabric to the woven second fabric, each filamentary load-bearing element comprising at least one filamentary load-bearing portion extending between the woven first and second fabrics;
A method of diagnosing infertility associated with low progesterone and/or poor fetal viability in a female subject or identifying a female subject at increased risk of low progesterone levels and or poor fetal viability during pregnancy, comprising detecting the presence of an allelic variant of SR-BI in a biological sample obtained from said female subject.
An ink filter for an ink delivery system comprising: a filter chamber having a filter inlet port a filter outlet port and a vent port, the vent port being positioned in a roof of the filter chamber; a filter material positioned between the filter inlet port and the filter outlet port; and a closed vent chamber connected to the vent port, wherein the vent chamber is comprised of air-permeable polymer tubing having one end connected to the vent port, an opposite end capped and at least one wall exposed to atmosphere. a filter chamber having a filter inlet port a filter outlet port and a vent port, the vent port being positioned in a roof of the filter chamber; a filter material positioned between the filter inlet port and the filter outlet port; and a closed vent chamber connected to the vent port,
A drive train for a wind turbine comprising: a rotor shaft (main shaft) configured to be driven by the rotor about a main axis; a support structure including a bearing housing surrounding the at least one bearing and supporting the rotor shaft for rotation about the main axis, thereby constraining other movements of the rotor shaft; a gearbox input shaft and a gearbox housing supporting the gearbox input shaft for rotation about the main axis while constraining other movements of the gearbox input shaft; and an elastic coupling, wherein the gearbox input shaft is coupled to the rotor shaft by the elastic coupling, the elastic coupling comprising a first coupling part rigidly connected with the rotor shaft, a second coupling part rigidly connected with the gearbox input shaft and elastic elements positioned between the first and the second coupling part, thereby constituting a single joint between the rotor shaft and the gearbox input shaft, wherein the elastic coupling comprises a sensor device for monitoring a condition of the elastic coupling, characterized in that the sensor device comprises a rotational sensor device (SDROT), comprising rotational sensor targets (ROTT1, ROTT2) and rotational sensor units (ROTSD1, ROTSD2), wherein the first coupling part and the second coupling part of the elastic coupling each comprise a rotational sensor target being attached to a respective circumference of the coupling part for determining a rotational speed and/or a phase shift and/or a load torque.