mhurhangee/ep-ind-claims huggingface dataset:
An aircraft storage bin comprising, an upper housing, and a bucket movable with respect to the upper housing between a closed position and an open position, wherein the upper housing and the bucket cooperate to define a bin interior, wherein the bucket includes a bottom, a back, and first and second opposing side walls (20, 21), wherein the bottom includes an outer surface, an inner surface, a front edge, and first and second protrusions (30, 32) protruding into the bin interior, wherein the first protrusion defines a first luggage engaging surface and the second protrusion defines a second luggage engaging surface, characterised in that the first protrusion includes an outer surface, wherein the outer surface of the first protrusion defines a channel, wherein the channel includes at least a portion of a latch button assembly disposed therein, wherein first and second cables extend outwardly from the latch button assembly and through the channel, and wherein the bucket includes a cover strip on the outer surface of the bucket that partially defines the channel together with the outer surface of the first protrusion. an upper housing, and a bucket movable with respect to the upper housing between a closed position and an open position, wherein the upper housing and the bucket cooperate to define a bin interior, wherein the bucket includes a bottom, a back, and first and second opposing side walls (20, 21), wherein the bottom includes an outer surface, an inner surface, a front edge, and first and second protrusions (30, 32) protruding into the bin interior, wherein the first protrusion defines a first luggage engaging surface and the second protrusion defines a second luggage engaging surface, characterised in that the first protrusion includes an outer surface, wherein the outer surface of the first protrusion defines a channel, wherein the channel includes at least a portion of a latch button assembly disposed therein, wherein first and second cables extend outwardly from the latch button assembly and through the channel, and wherein the bucket includes a cover strip on the outer surface of the bucket that partially defines the channel together with the outer surface of the first protrusion.
Device for cleaning the inner face of a windscreen of a motor vehicle, comprising a plurality of air nozzles (3a - 3f) of an interior ventilation system for supplying a filtered air flow, which air nozzles are oriented so as to produce an air flow over the inner face, characterized in that a coupling unit for adding a self-drying cleaning liquid, which is supplied by a storage vessel, is arranged in at least one line section assigned to the air nozzles (3a - 3f), in order to convey the cleaning liquid with the air flow in vaporized form onto the inner face of the windscreen.
A computer-implemented method comprising: identifying a first message element comprising first metadata submitted by a first user in a rendered communications thread; identifying a second message element comprising second metadata submitted by a second user in the rendered communications thread; determining, by one or more processors, that the first message element and the second message element were submitted within a threshold amount of time; identifying, in response to the determination that the first message element and the second message element were submitted within the threshold amount of time and based on the first metadata and the second metadata, a third message element corresponding to the first message element and the second message element; replacing, in the communication thread, the first message element and the second message element with the third message element; and re-rendering the communications thread thereby removing the first message element and the second message element and adding the third message element to the communications thread. identifying a first message element comprising first metadata submitted by a first user in a rendered communications thread; identifying a second message element comprising second metadata submitted by a second user in the rendered communications thread; determining, by one or more processors, that the first message element and the second message element were submitted within a threshold amount of time; identifying, in response to the determination that the first message element and the second message element were submitted within the threshold amount of time and based on the first metadata and the second metadata, a third message element corresponding to the first message element and the second message element; replacing, in the communication thread, the first message element and the second message element with the third message element; and re-rendering the communications thread thereby removing the first message element and the second message element and adding the third message element to the communications thread.
An image processing device (1, 2) comprising: an imaging element; an adjustment unit configured to adjust a far-infrared image captured by the imaging element based on a time change in a pixel value of the far-infrared image caused by a fluctuation in a temperature of the imaging element due to incidence of infrared energy from a portion other than an object, wherein the far-infrared image comprises any one of a background image which is a far-infrared image showing a background that does not include the object and a target image which is a far-infrared image showing the background and the object; and an extraction unit configured to extract a target region including the object in the target image on a basis of a result of comparison between the background image and the target image after the adjustment is performed; wherein an accommodation space accommodating the imaging element used to capture the background image and the target image is provided to be capable of being temporarily closed by a shutter; and the adjustment unit is configured to adjust the far-infrared image based on an elapsed time after the accommodation space is temporarily closed by the shutter, a temperature inside the accommodation space and a temperature outside the accommodation space. an imaging element; an adjustment unit configured to adjust a far-infrared image captured by the imaging element based on a time change in a pixel value of the far-infrared image caused by a fluctuation in a temperature of the imaging element due to incidence of infrared energy from a portion other than an object, wherein the far-infrared image comprises any one of a background image which is a far-infrared image showing a background that does not include the object and a target image which is a far-infrared image showing the background and the object; and an extraction unit configured to extract a target region including the object in the target image on a basis of a result of comparison between the background image and the target image after the adjustment is performed; wherein an accommodation space accommodating the imaging element used to capture the background image and the target image is provided to be capable of being temporarily closed by a shutter; and the adjustment unit is configured to adjust the far-infrared image based on an elapsed time after the accommodation space is temporarily closed by the shutter, a temperature inside the accommodation space and a temperature outside the accommodation space.
Detector assembly for electromagnetic beams simulating bullets in a military tactical simulation, said detector assembly comprising: - one or more detector panels of electromagnetic beams having a substantially laminar and sheet-like support structure, two or more optical sensors stably coupled to said support structure for detecting electromagnetic beams and cables for the electrical connection between said optical sensors, also coupled to said support structure; characterized in that said detector assembly further comprises: - removable fixing means for fixing said detector panels to a target of tactical military simulation, said fixing means being conformed to allowing the coupling of the detector panels with the target in the most convenient position for the correct execution of the tactical simulation and to preserve the convenience and mobility of users and objects, said fixing means being also conformed to allowing, at any time, the user to vary the position of said detector panels to avoid covering said detector panels accidentally. - one or more detector panels of electromagnetic beams having a substantially laminar and sheet-like support structure, two or more optical sensors stably coupled to said support structure for detecting electromagnetic beams and cables for the electrical connection between said optical sensors, also coupled to said support structure; - removable fixing means for fixing said detector panels to a target of tactical military simulation,
An implantable biventricular heart therapy device having a therapy device controller, which has a tachycardia identification unit, which is connected or is to be connected at least indirectly to a right-ventricular sensing electrode (18, 20) and a left-ventricular sensing electrode (32, 34) in such a way that, during operation, signals representing a course over time of electrical potentials in the heart or signals derived therefrom are fed to the tachycardia identification unit, wherein the tachycardia identification unit is configured to evaluate the signal fed thereto and the course over time thereof and to generate a tachyarrhythmia signal if the fed signal meets predefined criteria, characterised in that the tachycardia identification unit is configured, for the identification of ventricular tachycardias, to simultaneously evaluate the heart rate at the right-ventricular and at the left-ventricular electrode, and in that the therapy device controller additionally has a dislocation identification unit, which likewise is connected or is to be connected at least indirectly to a right-ventricular sensing electrode (18, 20) and to a left-ventricular sensing electrode (32, 34) in such a way that, during operation, signals representing a course over time of electrical potentials in the heart or signals derived therefrom are fed to the dislocation identification unit, wherein the dislocation identification unit is configured to simultaneously evaluate the heart rate at the right-ventricular and the left-ventricular electrode (18, 20; 32, 34) and to then signal a right-ventricular or left-ventricular dislocation and to generate a corresponding dislocation signal whenever the dislocation identification unit senses a sudden rise in heart rate at the right-ventricular or left-ventricular electrode (18, 20; 32, 34) without detecting a significant rhythm change at the left-ventricular or the right-ventricular electrode within a predefined and/or adjustable time window, wherein the therapy device controller is also configured such that, in the event of a signalled dislocation of the right-ventricular or of the left-ventricular electrode, the rhythm information of the electrode in question is ignored for the tachycardia detection.
A compound of formula IIb, or a pharmaceutically acceptable salt thereof: wherein: each R 5 is independently selected from halo or alkyl; each R 6 is independently selected from halo, alkyl, trifluoromethyl or alkyloxy; n is 0, 1, 2, 3, 4, or 5; and m is 0, 1, 2, 3, 4, or 5, wherein Bn is -CH 2 -Ph. each R 5 is independently selected from halo or alkyl; each R 6 is independently selected from halo, alkyl, trifluoromethyl or alkyloxy; n is 0, 1, 2, 3, 4, or 5; and m is 0, 1, 2, 3, 4, or 5, wherein Bn is -CH 2 -Ph.
A case for an electronic smoking device, the case comprising: - a primary reception portion, adapted to receive an electronic smoking device, - a first and a second wing element (200, 300), each comprising a substantially closed compartment, wherein the wing elements (200, 300) are adapted to fix an electronic smoking device arranged within the primary reception portion to the case, characterized in that the wing elements (200, 300) are each hingedly connected to the primary reception portion and pivotable with respect to the primary reception portion. - a primary reception portion, adapted to receive an electronic smoking device, - a first and a second wing element (200, 300), each comprising a substantially closed compartment,
Watercraft, in particular towboat with a ship's body with a ship's hull which is formed from a ship's side and a ship's floor, the rear shape of the ship's body being configured as a round stern or sharp stern, and a stabilization device being arranged at least in the stern region of the ship's body, characterized in that the stabilization device, in the stern region on one side of the centre longitudinal plane of the ship's body, comprises a flow-influencing element (9.1, 9.2) which bears flush against the ship's hull and, as viewed starting from a base on the ship's floor, extends over at least a part region of the ship's hull in the vertical direction along a theoretical arrangement line (A1, A2), with an incident flow face (10.1, 10.2) which is configured around the arrangement line (A1, A2), the individual flow-influencing element (9.1, 9.2) being configured as a solid profile element or hollow profile element, in particular rods or a tubular profile element, and the incident flow face (A1, A2) of the individual flow-influencing element (9.1, 1.2) being configured so as to run in a curved manner around the arrangement line (A1, A2), it being possible for the curvature to be described by way of a radius (r) or a plurality of radii (r1 to rn).
Process for the separation of air by cryogenic distillation in a system of columns comprising a first column and a second column operating at a lower pressure than the first column, comprising the steps of: i) compression of all of the feed air in a first compressor up to a first outlet pressure of at most one bar greater than and preferably substantially equal to the pressure of the first column, ii) sending a first part of the air under the first outlet pressure to a second compressor, and compression of the air to a second outlet pressure, iii) cooling and condensation of at least a part of the air under the second outlet pressure in a heat exchanger, iv) sending an air gas flow under the first outlet pressure to the system of columns, without more forceful compression, and separation of the air in the system of columns, v) withdrawal of the liquid from a column of the system of columns, pressurization of the liquid and vaporization of the liquid by a heat exchange in the heat exchanger, and vi) reduction in pressure of at least a fraction of the cooled and condensed air, from the second outlet pressure to at least a third pressure, at least partial vaporization of said air (107A, 107B, 107C) in the heat exchanger under the at least one third pressure, the third pressure being intermediate between the first outlet pressure and the second outlet pressure, optionally heating said at least partially vaporized air in the heat exchanger, characterized in that at least a vaporized part of this air is sent to the second compressor in order to be compressed up to the second outlet pressure. i) compression of all of the feed air in a first compressor up to a first outlet pressure of at most one bar greater than and preferably substantially equal to the pressure of the first column, ii) sending a first part of the air under the first outlet pressure to a second compressor, and compression of the air to a second outlet pressure, iii) cooling and condensation of at least a part of the air under the second outlet pressure in a heat exchanger, iv) sending an air gas flow under the first outlet pressure to the system of columns, without more forceful compression, and separation of the air in the system of columns, v) withdrawal of the liquid from a column of the system of columns, pressurization of the liquid and vaporization of the liquid by a heat exchange in the heat exchanger, and vi) reduction in pressure of at least a fraction of the cooled and condensed air, from the second outlet pressure to at least a third pressure, at least partial vaporization of said air (107A, 107B, 107C) in the heat exchanger under the at least one third pressure, the third pressure being intermediate between the first outlet pressure and the second outlet pressure, optionally heating said at least partially vaporized air in the heat exchanger, characterized in that at least a vaporized part of this air is sent to the second compressor in order to be compressed up to the second outlet pressure.
A light emitting diode package comprising: a body comprising a plurality of pits; a plurality of electrode layers (141, 142) on the body, the plurality of the electrode layers including first protrusions disposed in the pits and second protrusions protruding in a direction opposite to the first protrusions; a light emitting diode on at least one of the plurality of electrode layers; and a molding member on the light emitting diode characterized in that a second protrusion corresponds to each of the pits of the body, wherein the second protrusions are disposed around the light emitting diode, wherein the at least one of the plurality of electrode layers has a recess region where the light emitting diode is disposed, wherein the recess region where the light emitting diode is disposed is located at a lower position than a top surface of the second protrusions. a body comprising a plurality of pits; a plurality of electrode layers (141, 142) on the body, the plurality of the electrode layers including first protrusions disposed in the pits and second protrusions protruding in a direction opposite to the first protrusions; a light emitting diode on at least one of the plurality of electrode layers; and a molding member on the light emitting diode characterized in that a second protrusion corresponds to each of the pits of the body, wherein the second protrusions are disposed around the light emitting diode, wherein the at least one of the plurality of electrode layers has a recess region where the light emitting diode is disposed, wherein the recess region where the light emitting diode is disposed is located at a lower position than a top surface of the second protrusions.
An external retention device for securing a catheter exiting a stoma, comprising: a base plate for engagement with the abdomen of a patient; a guiding part comprising a concave channel open to the top side thereof, for guiding the catheter from the base plate through a first curved section of the concave channel to a substantially parallel position relative to the base plate in a second section of the concave channel; a fixation part having an open state and a closed state for encircling and fixing the catheter within the second section of the guiding part, the fixation part comprising a clip closure comprising two interlocking elements (16a, 16b) and a hinge therebetween, wherein at least one of the interlocking elements (16a, 16b) comprises rigid polymeric material and at least the base plate comprise an elastomeric polymer, characterized in that the hinge also comprises an elastomeric polymer, the base plate, guiding part and fixation part are integrally formed as a single device, and the rigid polymeric material is at least in part overmolded by the elastomeric polymer. a base plate for engagement with the abdomen of a patient; a guiding part comprising a concave channel open to the top side thereof, for guiding the catheter from the base plate through a first curved section of the concave channel to a substantially parallel position relative to the base plate in a second section of the concave channel; a fixation part having an open state and a closed state for encircling and fixing the catheter within the second section of the guiding part, the fixation part comprising a clip closure comprising two interlocking elements (16a, 16b) and a hinge therebetween, wherein at least one of the interlocking elements (16a, 16b) comprises rigid polymeric material and at least the base plate comprise an elastomeric polymer, characterized in that the hinge also comprises an elastomeric polymer, the base plate, guiding part and fixation part are integrally formed as a single device, and the rigid polymeric material is at least in part overmolded by the elastomeric polymer.
A subsea cable system for transfer of electric power to a subsea device, the subsea cable system comprising a subsea cable with a first end portion and a second end portion where the first end portion is adapted for connection to a supply of electrical energy, the subsea cable comprising at least a first supply cable, a second supply cable and at least one return cable (24, 25), the first supply cable, the second supply cable and the at least one return cable (24, 25) each comprising a conductor element (101, 102, 103, 104) for conduction of an electric current, the subsea cable system further comprising a conductor transition element comprising a conductor element that is provided with at least a first conductor leg, a second conductor leg and a third conductor leg where the first conductor leg is connected to the conductor element of the first supply cable, the second conductor leg is connected to the conductor element of the second supply cable and the third conductor leg is connectable to a subsea consumer device.
Fuel injector comprising a fuel injector body having a central longitudinal axis, a plate element for coupling the fuel injector to a fuel injector cup, a snap ring and a spring element, wherein - the plate element is axially movable with respect to the injector body, - the snap ring is operable to block a movement of the fuel injector body relative to the plate element in a first direction of the central longitudinal axis, and - the spring element is operable to bias the plate element in a second direction of the central longitudinal axis opposing the first direction of the central longitudinal axis to retain the plate element in a fix position relative to the fuel injector body during alignment of the plate element with the fuel injector cup characterized in that the spring element comprises at least a first leg and a second leg, wherein - each of the first leg and the second leg has a first end portion (6410, 6510) which is anchored with an annular section of the spring element and a second end portion remote from the annular section, - the second end portion of the first leg is in contact with the fuel injector and - the second end portion of the second leg bears on the second end portion of the first leg. - the plate element is axially movable with respect to the injector body, - the snap ring is operable to block a movement of the fuel injector body relative to the plate element in a first direction of the central longitudinal axis, and - the spring element is operable to bias the plate element in a second direction of the central longitudinal axis opposing the first direction of the central longitudinal axis to retain the plate element in a fix position relative to the fuel injector body during alignment of the plate element with the fuel injector cup characterized in that - each of the first leg and the second leg has a first end portion (6410, 6510) which is anchored with an annular section of the spring element and a second end portion remote from the annular section, - the second end portion of the first leg is in contact with the fuel injector and - the second end portion of the second leg bears on the second end portion of the first leg.