mhurhangee/ep-ind-claims huggingface dataset:
An aft section of an internal cabin of an aircraft comprising: one or more egress paths that connect to at least one emergency exit door (70,72); and an aft rest area assembly comprising: a lavatory section including first and second lavatories separated by a dividing wall, and an egress flow director that forwardly extends into an unused portion of the one or more egress paths; and wherein each of the first and second lavatories comprises forward and rearward areas, wherein each of the forward areas is wider than the rearward areas. one or more egress paths that connect to at least one emergency exit door (70,72); and an aft rest area assembly comprising: a lavatory section including first and second lavatories separated by a dividing wall, and an egress flow director that forwardly extends into an unused portion of the one or more egress paths; and wherein each of the first and second lavatories comprises forward and rearward areas, wherein each of the forward areas is wider than the rearward areas. a lavatory section including first and second lavatories separated by a dividing wall, and an egress flow director that forwardly extends into an unused portion of the one or more egress paths; and wherein each of the first and second lavatories comprises forward and rearward areas, wherein each of the forward areas is wider than the rearward areas.
A protective cover, comprising: a first case frame having a front side and an opposing back side, and comprising a mounting surface on the front side for mounting an electronic device; a second case frame having a front side and an opposing back side, the front side of the second case frame being configured to be coupled with the back side of the first case frame, the back side of the second frame forming a back surface of the protective cover; and a plurality of electronic components (13, 14) interposed between the back side of the first case frame and the front side of the second case frame, each of the plurality of electronic components being separate from the electronic device and for electrically connecting to the electronic device while fixedly disposed within the protective cover when the electronic device is mounted in the mounting surface; and an electrical connecting member for connecting the plurality of electronic components and disposed behind the mounting surface between the back side of the first case frame and the front side of the second case frame, wherein the plurality of electronic components are disposed directly adjacent to the back side of the first case frame, wherein the electrical connecting member is mounted in a guide slit formed in the back side of the first case frame, without protruding from the back side of the first case frame, wherein the plurality of electronic components include an ultrasonic sensor module. a first case frame having a front side and an opposing back side, and comprising a mounting surface on the front side for mounting an electronic device; a second case frame having a front side and an opposing back side, the front side of the second case frame being configured to be coupled with the back side of the first case frame, the back side of the second frame forming a back surface of the protective cover; and a plurality of electronic components (13, 14) interposed between the back side of the first case frame and the front side of the second case frame, each of the plurality of electronic components being separate from the electronic device and for electrically connecting to the electronic device while fixedly disposed within the protective cover when the electronic device is mounted in the mounting surface; and an electrical connecting member for connecting the plurality of electronic components and disposed behind the mounting surface between the back side of the first case frame and the front side of the second case frame, wherein the plurality of electronic components are disposed directly adjacent to the back side of the first case frame, wherein the electrical connecting member is mounted in a guide slit formed in the back side of the first case frame, without protruding from the back side of the first case frame, wherein the plurality of electronic components include an ultrasonic sensor module.
A method of maintaining alignment of an optical communication beam 108, the method comprising: generating, via a transmission unit, an optical communication beam along an imaginary alignment axis, the transmission unit comprising at least one unit detector, the optical communication beam having a beam path between the transmission unit and a receiving unit, the receiving unit comprising at least one detector portion and at least one reflector portion; receiving at the at least one detector portion of the receiving unit, the optical communication beam; preemptively altering the beam path relative to the imaginary alignment axis, using a predetermined motion; detecting a potential misalignment of the imaginary alignment axis when at least a portion of the optical communication beam is received by the at least one unit detector of the transmission unit; and aligning, using an alignment mechanism, the imaginary alignment axis relative to the center of the at least one detector portion based on the detected misalignment; characterized in that the at least one reflector portion is surrounding the at least one detector portion. generating, via a transmission unit, an optical communication beam along an imaginary alignment axis, the transmission unit comprising at least one unit detector, the optical communication beam having a beam path between the transmission unit and a receiving unit, the receiving unit comprising at least one detector portion and at least one reflector portion; receiving at the at least one detector portion of the receiving unit, the optical communication beam; preemptively altering the beam path relative to the imaginary alignment axis, using a predetermined motion; detecting a potential misalignment of the imaginary alignment axis when at least a portion of the optical communication beam is received by the at least one unit detector of the transmission unit; and aligning, using an alignment mechanism, the imaginary alignment axis relative to the center of the at least one detector portion based on the detected misalignment;
Device for attaching a passenger restraint system with a safety belt (27, 28) designed for securing passengers in a vehicle, in which the device is designed as a base or belt frame (1, 20, 25, 26) which can be secured into a vehicle and is used in the manner of a base structure for a seat arrangement, so that for example additional elements of the seat arrangement can be assembled thereon, and wherein the device is designed for attaching to a support section of the vehicle, in particular to a base plate, characterised in that essential sections of the device are formed from a plate-like composite material which has an internal structure (7, 10) formed by chambers, wherein a flat cover element (5, 6, 8, 9) forms an outer side of the composite material and wherein the end open sides of the chambers are covered respectively by inner sides of cover elements (5, 6, 8, 9).
A system for creating an endoluminal valve from a blood vessel wall (1620, 5302, 5708), the system comprising: a tubular assembly (1660, 5300, 5704) having a longitudinal axis, a proximal portion, a distal portion with a distal end, and a first lumen extending from the proximal portion to a distal port (1670, 5703) located proximate the distal portion, the distal portion having a supporting surface positioned distal to the distal port (1670, 5703) and on a same side of the tubular assembly (1660, 5300, 5704) as the distal port (1670, 5703); and a tissue dissection probe (1683, 5304, 5702) configured to be disposed within the first lumen, the tissue dissection probe (1683, 5304, 5702) having a fluid delivery lumen extending to a fluid delivery port located at a distal end of the tissue dissection probe (1683, 5304, 5702), wherein the tissue dissection probe (1683, 5304, 5702) is configured to be advanced distally from the distal port (1670, 5703) into the blood vessel wall (1620, 5302, 5708); characterized in that the supporting surface extends in a longitudinal direction and is radially offset from an outer surface of the tubular assembly (1660, 5300, 5704) that is on the same side of the tubular assembly (1660, 5302, 5708) as the distal port (1670, 5703) and proximal to the distal port (1670, 5703), the supporting surface configured to contact the blood vessel wall (1620, 5302, 5708). a tubular assembly (1660, 5300, 5704) having a longitudinal axis, a proximal portion, a distal portion with a distal end, and a first lumen extending from the proximal portion to a distal port (1670, 5703) located proximate the distal portion, the distal portion having a supporting surface positioned distal to the distal port (1670, 5703) and on a same side of the tubular assembly (1660, 5300, 5704) as the distal port (1670, 5703); and a tissue dissection probe (1683, 5304, 5702) configured to be disposed within the first lumen, the tissue dissection probe (1683, 5304, 5702) having a fluid delivery lumen extending to a fluid delivery port located at a distal end of the tissue dissection probe (1683, 5304, 5702), wherein the tissue dissection probe (1683, 5304, 5702) is configured to be advanced distally from the distal port (1670, 5703) into the blood vessel wall (1620, 5302, 5708); characterized in that the supporting surface extends in a longitudinal direction and is radially offset from an outer surface of the tubular assembly (1660, 5300, 5704) that is on the same side of the tubular assembly (1660, 5302, 5708) as the distal port (1670, 5703) and proximal to the distal port (1670, 5703), the supporting surface configured to contact the blood vessel wall (1620, 5302, 5708).
A slip resistant footwear outsole comprising: an outsole for a slip resistant article of footwear, said outsole including a plurality of integrally molded chevron shaped treads projecting outwardly from said outsole, each said tread including a base portion 18 having said chevron shape, said base portion forming a portion of the height of said tread, the sidewalls of said base portion being oriented substantially perpendicular with respect to an upper surface of said outsole, a plurality of projections extending outwardly from said base portion in a double chevron pattern, said double chevron pattern of projections being spaced apart to form a longitudinal channel therebetween, a side surface of each projection being substantially aligned with at least one side surface of said base portion, the upper surface of said projections defining the height of said treads and forming a ground engaging surface of said treads a first lead projection being substantially square in shape when viewed from the top, said lead projection positioned at an apex of said chevron shaped base portion having two sides substantially aligned with a side surface of said base portion, a transverse channel positioned on the two opposite sides, said longitudinal and said transverse channel, intersecting, at least one second projection positioned on each of said two opposite sides spaced apart from said lead projection, each said second projection being rectangular in shape when viewed from the top, a longer side of said second rectangular projection being substantially aligned with said side surface of said base portion, a chevron shaped third projection, said third projection having an inner apex, said third projection inner apex being substantially aligned with an inner apex of said base, a pair of opposite sides of said third projection forming a portion of said longitudinal channel, said third projection including a pair of end surfaces, said end surfaces forming a portion of said transverse channel.
A system comprising: a medical device configured to operate in a first pacing mode that provides ventricular pacing to a patient for a first period of time and in a second pacing mode that does not provide ventricular pacing to the patient for a second, subsequent, period of time, a sensor (18, 20, 86, 87) configured to sense a parameter indicative of autonomic tone during operation in the first pacing mode in which the medical device delivers ventricular pacing pulses to a patient and to sense the parameter indicative of autonomic tone during operation in the second pacing mode in which the medical device does not deliver ventricular pacing pulses to the patient; and a processor configured to assess a level of change in autonomic tone in the patient induced by ventricular pacing based on values of the sensed parameter during the first and second pacing modes. a medical device configured to operate in a first pacing mode that provides ventricular pacing to a patient for a first period of time and in a second pacing mode that does not provide ventricular pacing to the patient for a second, subsequent, period of time, a sensor (18, 20, 86, 87) configured to sense a parameter indicative of autonomic tone during operation in the first pacing mode in which the medical device delivers ventricular pacing pulses to a patient and to sense the parameter indicative of autonomic tone during operation in the second pacing mode in which the medical device does not deliver ventricular pacing pulses to the patient; and a processor configured to assess a level of change in autonomic tone in the patient induced by ventricular pacing based on values of the sensed parameter during the first and second pacing modes.
A loader control system, comprising: a boom position calculation unit configured to calculate a position of a boom rotatably supported by a vehicle body of a loader; a bucket attitude calculation unit configured to calculate an attitude of a bucket rotatably supported by the boom; a determination unit configured to determine whether or not the attitude satisfies a predetermined condition on a basis of the attitude and a reference attitude of the bucket in dumping movement; characterized in that the loader control system further comprises a work machine control unit configured to cause the bucket to carry out the dumping movement, and output a control signal to cause the boom to carry out lifting movement when the attitude is determined to satisfy the predetermined condition. a boom position calculation unit configured to calculate a position of a boom rotatably supported by a vehicle body of a loader; a bucket attitude calculation unit configured to calculate an attitude of a bucket rotatably supported by the boom; a determination unit configured to determine whether or not the attitude satisfies a predetermined condition on a basis of the attitude and a reference attitude of the bucket in dumping movement; characterized in that the loader control system further comprises a work machine control unit configured to cause the bucket to carry out the dumping movement, and output a control signal to cause the boom to carry out lifting movement when the attitude is determined to satisfy the predetermined condition.
Digital display for a timepiece comprising a first indicator disc (31; 131; 231) and a second indicator disc (33; 133; 233), each bearing a series of figures or of pairs of figures uniformly distributed on a peripheral ring so as to form at least one ordered sequence, the two indicator discs being arranged so as to selectively present one of the figures or pairs of figures borne by the first indicator disc (31; 131; 231) in association with one of the figures or pairs of figures borne by the second indicator disc (33; 133; 233), the digital display further comprising a mechanism for driving the second disc by the first disc, the driving mechanism being of the Maltese cross type and comprising toothing which is fixed relative to the second disc and which comprises a tooth (37, 37A; 137, 137A; 237, 237A) for each figure or pair of figures borne by the second disc (33; 133; 233), the teeth (37, 37A; 137, 137A; 237, 237A) being of a truncated shape with a concave peak, and comprising at least one finger (35; 135a, 135b; 235a, 235b, 235c) fixed relative to the first disc (31; 131; 231) and arranged to come, once per turn of this first disc, into engagement with a tooth (37a, 137a, 237) of the second disc (33; 133; 233) so as to increment the second disc by one step, the digital display comprising a cam fixed relative to the first disc (31; 131; 231) in a coaxial position, the cam having a circular profile in which is formed, at the location of each of said at least one finger (35; 135a, 135b; 235a, 235b, 235c), a hollow cut-out, the circular profile of the cam being complementary to the concave profile of the peak of the teeth of the second disc (33; 133; 233); characterised in that the second indicator disc (33; 133; 233) and the toothing are arranged at one and the same level, said truncated teeth (37, 37A; 137, 137A; 237, 237A) protruding from the circumference of the second indicator disc, the profile of the cam and said at least one finger (35; 135a, 135b; 235a, 235b, 235c) constituting the outer edge of the first indicator disc (31; 131; 231).
Conveying device for the positioning and the provision of laboratory vessels (12; 12a, 12b, 12c) for nutrient media, samples, microorganisms, cell cultures, or the like for analysis, sample preparation, and/or sample manipulation at an associated apparatus, having at least one first conveying unit for conveying said laboratory vessels backward and forward between an initial region and a provision region, which first conveying unit vertically conveys said laboratory vessel from said initial region to a predetermined height region and vice versa; and in which a second conveying unit is provided that horizontally conveys said laboratory vessel from said height region to said provision region and vice versa, said conveying units each only performing a translational movement of said laboratory vessel along an axis, characterized in that said second conveying unit horizontally conveys said laboratory vessel from said height region to said provision region and vice versa, said laboratory vessel is retained in said provision region for the intended analysis or preparation, a centering device (34, 40) is provided that acts to center said laboratory vessel relative to said axis of said first conveying unit, said first conveying unit comprises a horizontally aligned support for said laboratory vessel, and in that said axis of said first conveying unit extends orthogonally with respect to the support surface, and that said centering device (34, 40) comprises a rotational drive for said support and a lateral ring guide for said laboratory vessel, which ring guide tapers conically in one direction, so that for centering said laboratory vessel the latter is rotated on the support about said axis of said first conveying unit, said support is moved in the direction of the conical taper, in which process said laboratory vessel is guided by said lateral ring guide, thus centering the laboratory vessel on the support relative to said axis.
A surgery table apparatus for a patient, positioned on a ground surface comprising: a. a first support member; b. a second support member hingedly attached to said first support member to form a frame for orienting the patient; c. a first connector joining said first support member; d. a second connector joining said second support member; e. a first pier, said first pier including a base, and a first column extending from and joined to said base; f. a second pier said second pier including a base, a second column extending from and joined to said base, said second column linked to said second connector; g. one positioning mechanism linked to said first connector, said positioning mechanism comprising a first arm having a proximal portion and a distal portion, said first arm proximal portion being axially rotatable relative to said first column, and a second arm, said second arm having a proximal portion and a distal portion, said second arm proximal portion being linked to said first arm distal portion at a linking axis, and being axially rotatable relative to said distal portion of said first arm about said linking axis, said distal portion of said second arm being rotatably attached to said first connector, h. a controller, said controller actuating the degree of rotation of said proximal portions of said first and second arms (80,82) of said one positioning mechanism to actuate the rotatable movement of said first support member. a. a first support member; b. a second support member hingedly attached to said first support member to form a frame for orienting the patient; c. a first connector joining said first support member; d. a second connector joining said second support member; e. a first pier, said first pier including a base, and a first column extending from and joined to said base; f. a second pier said second pier including a base, a second column extending from and joined to said base, said second column linked to said second connector; g. one positioning mechanism linked to said first connector, said positioning mechanism comprising a first arm having a proximal portion and a distal portion, said first arm proximal portion being axially rotatable relative to said first column, and a second arm, said second arm having a proximal portion and a distal portion, said second arm proximal portion being linked to said first arm distal portion at a linking axis, and being axially rotatable relative to said distal portion of said first arm about said linking axis, said distal portion of said second arm being rotatably attached to said first connector, h. a controller, said controller actuating the degree of rotation of said proximal portions of said first and second arms (80,82) of said one positioning mechanism to actuate the rotatable movement of said first support member.
A gas generation system, comprising: two or more propellant charges (24, 26); and electrically operated propellant initiators (30, 32) operatively coupled to respective of the propellant charges, to initiate combustion in the propellant charges, wherein a first electrically operated propellant initiator coupled to a first propellant charge of the two or more propellant charges has a pair of electrodes (34, 35) and a respective electrically operated propellant that is disposed between the respective pair of electrodes, and wherein the first propellant charge is operatively isolated from a second propellant charge of the two or more propellant charges by the first electrically operated propellant initiator such that the first propellant charge can be individually initiated separately from the second propellant charge. two or more propellant charges (24, 26); and electrically operated propellant initiators (30, 32) operatively coupled to respective of the propellant charges, to initiate combustion in the propellant charges, wherein a first electrically operated propellant initiator coupled to a first propellant charge of the two or more propellant charges has a pair of electrodes (34, 35) and a respective electrically operated propellant that is disposed between the respective pair of electrodes, and wherein the first propellant charge is operatively isolated from a second propellant charge of the two or more propellant charges by the first electrically operated propellant initiator such that the first propellant charge can be individually initiated separately from the second propellant charge.