mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a heart sound input circuit configured to: receive a first signal including heart sound information from a first axis over a first physiologic interval; and receive a second signal including heart sound information from a second axis over the first physiologic interval, the first physiologic interval including at least a portion of a cardiac cycle, the first axis different than the second axis; and, a heart sound circuit , wherein the heart sound input circuit is configured to transmit the first and second signals to the heart sound circuit , wherein the heart sound circuit is configured to produce a composite heart sound signal over the first physiologic interval using the first and second signals , wherein the heart sound circuit is configured to produce the composite heart sound signal by applying a plurality of first coefficients to the first signal and a plurality of second coefficients to the second signal , characterised in that the heart sound circuit is configured to correct the first signal over the first physiologic interval using the second signal over the first physiologic interval. a heart sound input circuit configured to: receive a first signal including heart sound information from a first axis over a first physiologic interval; and receive a second signal including heart sound information from a second axis over the first physiologic interval, the first physiologic interval including at least a portion of a cardiac cycle, the first axis different than the second axis; and, receive a first signal including heart sound information from a first axis over a first physiologic interval; and receive a second signal including heart sound information from a second axis over the first physiologic interval, the first physiologic interval including at least a portion of a cardiac cycle, the first axis different than the second axis; a heart sound circuit , wherein the heart sound input circuit is configured to transmit the first and second signals to the heart sound circuit , wherein the heart sound circuit is configured to produce a composite heart sound signal over the first physiologic interval using the first and second signals , wherein the heart sound circuit is configured to produce the composite heart sound signal by applying a plurality of first coefficients to the first signal and a plurality of second coefficients to the second signal , characterised in that the heart sound circuit is configured to correct the first signal over the first physiologic interval using the second signal over the first physiologic interval.
A mounting structure for mounting an external environment detection device for a vehicle to a vehicle body so as to face a prescribed detecting direction, comprising: a cover member covering an exterior of the vehicle body and having an opening facing the prescribed detecting direction of the detection device ; and a device side garnish extending from an outer periphery of the detection device , and including a lip that is made of elastomeric material and overlaps with an opening edge of the cover member located on a periphery of the opening , characterized in that the lip is pushed against the opening edge of the cover member either from inside or from outside under elastic deformation. a cover member covering an exterior of the vehicle body and having an opening facing the prescribed detecting direction of the detection device ; and a device side garnish extending from an outer periphery of the detection device , and including a lip that is made of elastomeric material and overlaps with an opening edge of the cover member located on a periphery of the opening , characterized in that the lip is pushed against the opening edge of the cover member either from inside or from outside under elastic deformation.
An apparatus comprising: at least one processor; and at least one memory including computer program code for one or more programs, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to perform at least the following: process sensor data, other data, or a combination thereof to determine or predict a presence of one or more current environmental conditions that can affect a performance of at least one service of a device; cause an initiation of at least one alternate service at the device, wherein the at least one alternative service provides a similar service as the at least one service, and wherein the at least one alternative service is primarily based on sensor data while the at least one service is primarily based on data transmitted via wireless networks; and cause a transition from the at least one service to the at least one alternate service in dependence on a determination of at least a degradation of the performance of the at least one service and the determination or prediction of the presence of the one or more current environmental conditions. at least one processor; and at least one memory including computer program code for one or more programs, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to perform at least the following: process sensor data, other data, or a combination thereof to determine or predict a presence of one or more current environmental conditions that can affect a performance of at least one service of a device; cause an initiation of at least one alternate service at the device, wherein the at least one alternative service provides a similar service as the at least one service, and wherein the at least one alternative service is primarily based on sensor data while the at least one service is primarily based on data transmitted via wireless networks; and cause a transition from the at least one service to the at least one alternate service in dependence on a determination of at least a degradation of the performance of the at least one service and the determination or prediction of the presence of the one or more current environmental conditions.
Device having a hydraulic consumer , a supply source , a regulating device , a valve , a supply line and a pressure accumulator arrangement which comprises one hydropneumatic pressure accumulator and one further hydropneumatic pressure accumulator , wherein the one pressure accumulator is connected on its fluid side to the hydraulic consumer and the further pressure accumulator can be connected on its fluid side to the supply source , wherein the two pressure accumulators can be linked to each other on their gas sides in a gas-conducting manner by means of the regulating device , wherein the one pressure accumulator is adapted to maintain a predefined target pressure for the hydraulic consumer , wherein the regulating device is adapted to connect the one pressure accumulator to the further pressure accumulator in a gas-conducting manner in the event of a deviation from the predefined target pressure which exceeds a predefinable value at least until the deviation from the predefined target pressure falls below the predefinable value; wherein the hydraulic consumer is a piston-cylinder unit; wherein the supply line can be linked to the supply source ; characterised in that the valve is adapted to link one end of the supply line to the hydraulic consumer , wherein this valve makes it possible to supply fluid to either the fluid side of the further pressure accumulator or a piston side of the piston-cylinder unit .
An ergonomic workstation with assisted movement for hairdressers enabling adjustment of the hairdressing worker's workspace, both in its vertical dimension and in his horizontal reach, enabling the hairdresser to work sitting down, with bent knees or standing up, wherein the ergonomic workstation comprises a saddle-type seat and a supporting backrest with armrests , both joined to a vertical section of a frame , a side elevation of which has a right angle and the horizontal section of the frame parallel to the floor of which is fixed at its free far end to a turning element with an anchoring element with a torque between them; the turning element surrounds the base of a client's chair and is fixed by a screwed clamp joint; wherein the length of the horizontal section of the frame is changeable according to the hairdresser's requirements by the use of a telescopic tubular structure of concentric rods; the height of the seat and backrest is adjusted by a lift system of a gas piston located in the vertical section of the frame under the seat , which is in its natural extended position when its valve is not operated, the valve being activated when the hairdresser makes a slight movement to tilt the backrest , use of his hands therefore being unnecessary, this action ordering activation of the gas piston and the consequent descent of the seat/backrest assembly through an activation system consisting of a set of levers; it has at least one caster wheel as a rolling support located in the horizontal section of the frame .
A recombinant strain containing the lactase encoding gene having the sequence of SEQ ID NO. 17, wherein, the expression vector used is pHSE-008, the expression host used by the recombinant strain is the mutant strain BCBT0529, which is obtained by knocking out aprE, vpr, wpr, lacR, lacA, lacA2, and yesZ genes from the genome of B. licheniformis CBB3008, numbered CCTCC NO.M208236; the GenBank accession numbers of aprE, vpr, wpr, lacR, lacA, lacA2, yesZ genes are: MT885340, MT885341, MT885342, MT885336, MT885337, MT885338, MT885339, respectively, wherein, the recombinant strain is specifically B. licheniformis BCBTBc168D, obtained by inserting the BcBG168-D coding gene shown in SEQ ID NO. 17 into the pHSE-008 plasmid, and expressed in the host cell mutant strain BCBT0529, wherein the expression vector pHSE-008 is obtained by integrating the amylase promoter P amyL derived from Bacillus licheniformis and signal peptide of alkaline protease aprE ; the P amyL is shown in SEQ ID NO.20, and the signal peptide of the alkaline protease aprE is shown in SEQ ID NO.23 . wherein, the expression vector used is pHSE-008, the expression host used by the recombinant strain is the mutant strain BCBT0529, which is obtained by knocking out aprE, vpr, wpr, lacR, lacA, lacA2, and yesZ genes from the genome of B. licheniformis CBB3008, numbered CCTCC NO.M208236; the GenBank accession numbers of aprE, vpr, wpr, lacR, lacA, lacA2, yesZ genes are: MT885340, MT885341, MT885342, MT885336, MT885337, MT885338, MT885339, respectively, wherein, the recombinant strain is specifically B. licheniformis BCBTBc168D, obtained by inserting the BcBG168-D coding gene shown in SEQ ID NO. 17 into the pHSE-008 plasmid, and expressed in the host cell mutant strain BCBT0529, wherein the expression vector pHSE-008 is obtained by integrating the amylase promoter P amyL derived from Bacillus licheniformis and signal peptide of alkaline protease aprE ; the P amyL is shown in SEQ ID NO.20, and the signal peptide of the alkaline protease aprE is shown in SEQ ID NO.23 .
A cowl top cover including: a cover body section configured to cover a cowl section disposed between a windshield and a hood of a vehicle ; and a vertical wall section suspended from one end section of the cover body section , characterized in that the vertical wall section includes a vertical wall body , at least one opening formed in the vertical wall body , and a cover section configured to cover the opening , the cover section attachable to and detachable from the vertical wall body , the cover section includes a cover-side bending promotion section disposed along a vehicle width direction, the cover-side bending promotion section configured to prompt bending deformation on one side in a vehicle length direction, the cover-side bending promotion section includes a swelling section given a shape in advance to swell on one side in a vehicle length direction, the swelling section of the cover section is disposed in a central region in a vehicle width direction in the cover section , and in a peripheral section of the swelling section , a flat cover section body is disposed along the vertical wall body . a cover body section configured to cover a cowl section disposed between a windshield and a hood of a vehicle ; and a vertical wall section suspended from one end section of the cover body section , characterized in that the vertical wall section includes a vertical wall body , at least one opening formed in the vertical wall body , and a cover section configured to cover the opening , the cover section attachable to and detachable from the vertical wall body , the cover section includes a cover-side bending promotion section disposed along a vehicle width direction, the cover-side bending promotion section configured to prompt bending deformation on one side in a vehicle length direction, the cover-side bending promotion section includes a swelling section given a shape in advance to swell on one side in a vehicle length direction, the swelling section of the cover section is disposed in a central region in a vehicle width direction in the cover section , and in a peripheral section of the swelling section , a flat cover section body is disposed along the vertical wall body .
Ventilation device , in particular a tracheostomy cannula, having ■ a cannula tube , the tube wall of which has an extracorporeal portion , a stoma portion and a tracheal portion , ■ an inflatable cuff which extends annularly around the cannula tube in the tracheal portion , on the outer side of the tube wall , the cuff having a variable lumen for receiving a fluid, and ■ a fluid line which has an opening into the lumen of the cuff , wherein the fluid line, in the region of the stoma portion and/or of the tracheal portion , is formed at least in part by a film which is arranged on the outer side of the cannula tube and which forms a variable lumen for the passage of fluid, characterized in that the variable lumen of a portion n of the fluid line formed by the film has, at a specific filling pressure for blocking the cuff in the range of 15 to 200 mbar overpressure relative to the ambient pressure (atmospheric pressure), a cross section Qn 2 which is at least a factor of 3 larger than the cross section Qn 1 when an underpressure of -30 mbar relative to the ambient pressure (atmospheric pressure) is present in the cuff , the term "cross section" referring to the area of a cross section through the inner lumen of the cuff line perpendicular to the main direction of flow. ■ a cannula tube , the tube wall of which has an extracorporeal portion , a stoma portion and a tracheal portion , ■ an inflatable cuff which extends annularly around the cannula tube in the tracheal portion , on the outer side of the tube wall , the cuff having a variable lumen for receiving a fluid, and ■ a fluid line which has an opening into the lumen of the cuff ,
A swing gate , comprising a first column including a front side , a back side and a handle or a handle receiving portion for accommodating a handle , a second column including a front side , a back side and a hinge or a hinge receiving portion for accommodating a hinge , and a rigid plate-shaped element extending in a main plane (P1) and including a front side and a back side , which plate-shaped element extends between the first column and the second column , wherein the swing gate is a modular swing gate , wherein the front side of the plate-shaped element is different from its back side and wherein the plate-shaped element is releasably attached to the first column and the second column such that either the front sides of the first column , the second column and the plate-shaped element face in the same direction or the front sides of the first and second columns and the back side of the plate-shaped element face in the same direction, characterized in that the plate-shaped element has at least a pair of lateral projections projecting at opposite sides of the plate-shaped element and fit in cooperating holes in the first and second columns , wherein the swing gate has at least a crossbar which is releasably attached to the first column and the second column such that the pair of lateral projections are accommodated in the cooperating holes when the crossbar is attached to the first column and the second column , wherein the lateral projections are offset projections and the cooperating holes are offset holes in the first and second columns , wherein the offset projections have a centre plane (P2) between opposite outer sides thereof which extends parallel to the main plane (P1), wherein each of the first and second columns is provided with two offset holes at a distance from each other in transverse direction of the first and second columns , respectively, wherein one of the two offset holes is configured to receive one of the offset projections in case the front sides of the first column , the second column and the plate-shaped element face in the same direction and the other one of the two offset holes is configured to receive the other one of the offset projections in case the front sides of the first and second columns and the back side of the plate-shaped element face in the same direction.
A modular structure of a railway vehicle, including: - at least one first side panel and at least one second side panel positioned on either side of the railway vehicle in a transverse direction (Y), delimiting between them an inner space , and - a pavilion extending between the first and second side panels in the transverse direction (Y), and including two lateral end portions , each being connected to respectively one of the first and second side panels, wherein each lateral end portion of the pavilion extend substantially vertically, and includes a vertical inner surface , turned towards the inner space , cooperating with a complementary receiving surface made on the first or second corresponding side panel, characterized in that : - each lateral end portion has a vertical outer surface , opposite to the vertical inner surface , and a lower edge extending transversely between the vertical inner surface and the vertical outer surface , - the first or second side panel corresponding to this lateral end portion includes a lateral outer wall , and a shoulder extending transversely between the lateral outer wall and the receiving surface , - the shoulder is positioned facing the lower edge , and delimits a trough with this lower edge . - at least one first side panel and at least one second side panel positioned on either side of the railway vehicle in a transverse direction (Y), delimiting between them an inner space , and - a pavilion extending between the first and second side panels in the transverse direction (Y), and including two lateral end portions , each being connected to respectively one of the first and second side panels, - each lateral end portion has a vertical outer surface , opposite to the vertical inner surface , and a lower edge extending transversely between the vertical inner surface and the vertical outer surface , - the first or second side panel corresponding to this lateral end portion includes a lateral outer wall , and a shoulder extending transversely between the lateral outer wall and the receiving surface , - the shoulder is positioned facing the lower edge , and delimits a trough with this lower edge .
A method of manufacturing a building , the building comprising a plurality of walls and being immovably positioned at a predefined location, the method comprises the following method steps: Spreading a flexible enveloping form , in particular made of film-like material, at the predefined location, Filling the flexible enveloping form with a foaming material , Curing of the foaming material , thereby forming stable walls of the building , characterised in that in that the flexible enveloping form is arranged at least partially around at least one solid structural element , and in that the solid structural element is at least partially enclosed by the foaming material. Spreading a flexible enveloping form , in particular made of film-like material, at the predefined location, Filling the flexible enveloping form with a foaming material , Curing of the foaming material , thereby forming stable walls of the building , characterised in that in that the flexible enveloping form is arranged at least partially around at least one solid structural element , and in that the solid structural element is at least partially enclosed by the foaming material.
A flexible packaging substrate comprising one or more digitally-printed electron-beam crosslinked ink layers, wherein - the flexible packaging substrate comprises one or more films selected from the group consisting of natural polymeric material and synthetic polymeric material and - the one or more crosslinked ink layers are characterized in that : ∘ the crosslinks comprise carbon - carbon bonds, wherein each of the carbons independently is a tertiary or quaternary carbon, comprising at least two (meth)acrylic copolymer segments; ∘ the concentration of ethylenically unsaturated groups and alicyclic epoxides is less than 0.05 meq/g, preferably less than 0.03 meq/g, more preferably less than 0.01 meq/g, most preferably less than 0.005 meq/g; the one or more crosslinked ink layers being the top surface of the flexible packaging substrate. - the flexible packaging substrate comprises one or more films selected from the group consisting of natural polymeric material and synthetic polymeric material and - the one or more crosslinked ink layers are characterized in that : ∘ the crosslinks comprise carbon - carbon bonds, wherein each of the carbons independently is a tertiary or quaternary carbon, comprising at least two (meth)acrylic copolymer segments; ∘ the concentration of ethylenically unsaturated groups and alicyclic epoxides is less than 0.05 meq/g, preferably less than 0.03 meq/g, more preferably less than 0.01 meq/g, most preferably less than 0.005 meq/g; the one or more crosslinked ink layers being the top surface of the flexible packaging substrate. ∘ the crosslinks comprise carbon - carbon bonds, wherein each of the carbons independently is a tertiary or quaternary carbon, comprising at least two (meth)acrylic copolymer segments; ∘ the concentration of ethylenically unsaturated groups and alicyclic epoxides is less than 0.05 meq/g, preferably less than 0.03 meq/g, more preferably less than 0.01 meq/g, most preferably less than 0.005 meq/g;