mhurhangee/ep-ind-claims huggingface dataset:
A frame supporting structure for a commercial vehicle, preferably a lorry, in particular a semitrailer tractor, having: - a first longitudinally extending supporting construction and a second longitudinally extending supporting construction which are spaced apart from one another in the transverse direction of the frame supporting structure, and - two wheel suspensions for front wheels (Rv) of the commercial vehicle, in particular two wheel suspensions preferably having spring and/or damper elements, wherein - the frame supporting structure comprises a damper support which interconnects the two wheel suspensions and/or serves to take up forces from the two wheel suspensions, characterized in that - the frame supporting structure comprises a third longitudinally extending supporting construction which extends between the first supporting construction and the second supporting construction; and/or - the first supporting construction and the second supporting construction are routed laterally inwards in order to form a narrowed supporting structure, wherein the damper support extends over the narrowed supporting structure. - a first longitudinally extending supporting construction and a second longitudinally extending supporting construction which are spaced apart from one another in the transverse direction of the frame supporting structure, and - two wheel suspensions for front wheels (Rv) of the commercial vehicle, in particular two wheel suspensions preferably having spring and/or damper elements, - the frame supporting structure comprises a damper support which interconnects the two wheel suspensions and/or serves to take up forces from the two wheel suspensions, - the frame supporting structure comprises a third longitudinally extending supporting construction which extends between the first supporting construction and the second supporting construction; and/or - the first supporting construction and the second supporting construction are routed laterally inwards in order to form a narrowed supporting structure, wherein the damper support extends over the narrowed supporting structure.
A signal processing device comprising: an acquisition unit configured to acquire an audio object signal of an audio object and reverb information including space reverb information specific to a space around the audio object and object reverb information specific to the audio object; and a reverb processing unit (53, 55)configured to generate a signal of a reverb component of the audio object on a basis of the reverb information and the audio object signal, wherein the acquisition unit is further configured to acquire the space reverb information less frequently than the object reverb information, and wherein in a case where identification information indicating previously acquired reverb information is acquired by the acquisition unit, the reverb processing unit (53, 55) is further configured to generate the signal of the reverb component on a basis of the previously acquired reverb information indicated by the identification information and the audio object signal. an acquisition unit configured to acquire an audio object signal of an audio object and reverb information including space reverb information specific to a space around the audio object and object reverb information specific to the audio object; and a reverb processing unit (53, 55)configured to generate a signal of a reverb component of the audio object on a basis of the reverb information and the audio object signal, wherein the acquisition unit is further configured to acquire the space reverb information less frequently than the object reverb information, and wherein in a case where identification information indicating previously acquired reverb information is acquired by the acquisition unit, the reverb processing unit (53, 55) is further configured to generate the signal of the reverb component on a basis of the previously acquired reverb information indicated by the identification information and the audio object signal.
A method comprising: determining if a selected test score should be established based on current remediation parameters applied to a plurality of voice output devices located within a region, and responsive thereto, establishing the selected test score; responding to the selected test score and sensing ambient sound in the region through a plurality of ambient condition detectors distributed throughout the region for a predetermined time interval; analyzing the ambient sound as sensed; overlaying the ambient sound as sensed in the region with a plurality of test audio signals having predetermined characteristics; sensing the ambient sound as overlaid with the plurality of test audio signals having predetermined characteristics; determining an optimum remediation; determining if speech intelligibility in the region has been degraded beyond an acceptable standard by comparing the optimum remediation to the current remediation parameters; and upon detecting that the speech intelligibility has degraded beyond the acceptable standard, setting an optimum sound pressure level SPL remediation, an optimum frequency equalization remediation, an optimum pace remediation, and an optimum pitch remediation for at least one of the plurality of voice output devices within the region. determining if a selected test score should be established based on current remediation parameters applied to a plurality of voice output devices located within a region, and responsive thereto, establishing the selected test score; responding to the selected test score and sensing ambient sound in the region through a plurality of ambient condition detectors distributed throughout the region for a predetermined time interval; analyzing the ambient sound as sensed; overlaying the ambient sound as sensed in the region with a plurality of test audio signals having predetermined characteristics; sensing the ambient sound as overlaid with the plurality of test audio signals having predetermined characteristics; determining an optimum remediation; determining if speech intelligibility in the region has been degraded beyond an acceptable standard by comparing the optimum remediation to the current remediation parameters; and upon detecting that the speech intelligibility has degraded beyond the acceptable standard, setting an optimum sound pressure level SPL remediation, an optimum frequency equalization remediation, an optimum pace remediation, and an optimum pitch remediation for at least one of the plurality of voice output devices within the region.
A cable lock adapted to temporarily maintain a static position along a cable strung through an article of footwear or apparel, the cable lock comprising: a housing defining an aperture, the housing formed from a first material and the aperture extending through a thickness of the housing; an insert provided at least partially within the aperture and defines an opening to receive the cable, the insert formed from a second material, characterised in that the second material is softer than the first material, the insert comprising a plurality of cable engaging features extending radially inward from a perimeter of the aperture, the plurality of cable engaging features being adapted to deflect away from a neutral, unstressed plane when a cable is drawn through the opening. a housing defining an aperture, the housing formed from a first material and the aperture extending through a thickness of the housing; an insert provided at least partially within the aperture and defines an opening to receive the cable, the insert formed from a second material, characterised in that the second material is softer than the first material, the insert comprising a plurality of cable engaging features extending radially inward from a perimeter of the aperture, the plurality of cable engaging features being adapted to deflect away from a neutral, unstressed plane when a cable is drawn through the opening.
Heating system for a switch of a trackway comprising electrical heater elements (2, 100, 103, 300) and a branch network formed of electric connections (105,106,107) connected to a supply bar and electrically operating said heater elements (2, 100, 103, 300) including heaters for the track railbase, friction plate heaters (100,300) as well as supporting cleat heaters, whereby said heater elements (2, 100, 103, 300) are selectively connectable to said supply bar for current of said branch network extendable along the length of said switch, the heaters are formed of heating part arranged to provide directed heating toward the surface of the heater in order to decrease snow and ice formation between a blade (13, 14) of said switch and an adjacent track rail, each heater is formed of an electrically operating heater element embedded in a surrounding composite material and having thermal insulation connected thereto along the side turned downward from the heating zone of the inwardly turned heating parts of said heater, and of a comb-like part arranged to be attached to the track rail by means of a plurality of fastening tongues (151, 152) receivable under the track rail and the respective layable heating part and clutching to the track railbase and heater edge portion, respectively, the friction-plate heater is formed by a tubular element heater fitted to a metal plate on resilient legs, the supporting cleat heaters are formed of an electric heating plate fixed on the upperside or the underside of the respective supporting cleat, and there is connected a sensor to the horizontal heating part arranged to sense the surface temperature of the heater and, via a connected control system, supply the required power to the same in order to be able to provide the desired degree of melting of snow/ice, thereby keeping the switch free from snow and ice cover, as well as that the control system preferably is remote-controlled and monitored via, for instance, the GSM network or another internal network, wherein the control system is arranged to operate at extra-low voltage, preferably 48 V, reduced from the element voltage of the heater, and that a transformer is arranged to provide conversion of the power.
An anti-leakage liquid storage device of an electronic cigarette, comprising a cylindrical liquid storage cup, at least two locking members arranged at an inner wall of a liquid outlet end of the liquid storage cup, a liquid percolation piece having a plurality of liquid percolation holes and having a circular edge which engages with an internal circumferential surface of the liquid outlet end of the liquid storage cup, and a filter piece with one side thereof abutting against the liquid percolation piece; characterized in that the other side of the filter piece abuts against an annular pressing plate, the annular pressing plate has a circular edge which engages with the internal circumferential surface of the liquid outlet end of the liquid storage cup; the annular pressing plate is locked by the at least two locking members and tightly presses the filter piece and the liquid percolation piece.
A sinter cooler of a sintering plant for use in metallurgy, comprising a cooling-air chamber and a sinter cooling chamber including a perforated or slotted base plate, which can travel over the same e.g. by means of bogie wheels running on a rail track, and comprising a cooling gas seal including lower sealing walls, which extends between the cooling-air chamber and the sinter cooling chamber in the vicinity of the base plate wheel axle, characterized in that the cooling gas seal carried along with the sinter cooling chamber includes inner skirting plates and/or outer sealing elements each inserted into the sealing walls, wherein the respective skirting plate or the respective sealing element encloses the base plate wheel axle with snug fit and is mounted on the sealing wall so as to be freely movable relative to the base plate wheel axle.
A charging device for charging a battery pack, the battery pack being detachably mountable on a power tool to provide power to the power tool, and the battery pack comprising a first battery pack and a second battery pack, wherein the charging device comprises: a parameter detecting unit configured to detect parameters related to a charging current for the first battery pack and a charging current for the second battery pack, the parameters comprising a temperature of the first battery pack and a temperature of the second battery pack; and a first charging interface and a second charging interface, the first battery pack being electrically connectable to the first charging interface and the second battery pack being electrically connectable to the second charging interface; a control unit configured to control the charging current to alternately charge the first battery pack and the second battery pack, and adjust the charging current for the first battery pack and the charging current for the second battery pack during charging according to at least part of an output of the parameter detecting unit to prevent the temperature of the first battery pack and the temperature of the second battery pack from reaching a first preset temperature, and wherein when the temperature of the first battery pack or the temperature of the second battery pack reaches the first preset temperature, the charging device enters an over-temperature protection state. a parameter detecting unit configured to detect parameters related to a charging current for the first battery pack and a charging current for the second battery pack, the parameters comprising a temperature of the first battery pack and a temperature of the second battery pack; and a first charging interface and a second charging interface, the first battery pack being electrically connectable to the first charging interface and the second battery pack being electrically connectable to the second charging interface; a control unit configured to control the charging current to alternately charge the first battery pack and the second battery pack, and adjust the charging current for the first battery pack and the charging current for the second battery pack during charging according to at least part of an output of the parameter detecting unit to prevent the temperature of the first battery pack and the temperature of the second battery pack from reaching a first preset temperature, and wherein when the temperature of the first battery pack or the temperature of the second battery pack reaches the first preset temperature, the charging device enters an over-temperature protection state.
A method for producing a benzaldehyde compound represented by the formula: wherein Q 1 and Q 2 each independently represent a hydrogen atom; an alkyl group which may be substituted with at least one group selected from the group consisting of an alkoxy group, an alkylthio group, a phenylthio group, an alkanesulfonyl group which may be substituted with a fluorine atom, a benzenesulfonyl group which may be substituted with a nitro group or an alkyl group, and a dialkylamino group which may be substituted with a phenyl group; an alkoxy group which may be substituted with at least one fluorine atom; an acyloxy group; an alkanesulfonyloxy group which may be substituted with at least one fluorine atom; a benzenesulfonyloxy group which may be substituted with at least one group selected from the group consisting of a nitro group and an alkyl group; a trialkylsilyloxy group; or an aryloxy group which may be substituted with at least one selected from the group consisting of an alkoxy group and a fluorine atom, n represents 1 or 2, and Ar represents a phenyl group which may be substituted with an alkyl group, comprising reacting a compound represented by the formula: wherein X 1 represents a chlorine atom, a bromine atom or an iodine atom, and Q 1, Q 2, n and Ar are respectively the same meaning as above, with magnesium metal in the presence of a mixed solvent of an ether solvent and an aromatic hydrocarbon solvent to obtain a Grignard compound and then reacting the obtained Grignard compound with a formylating agent.
A system configured to activate a hidden control (110; 610; 710; 810; 910), the system comprising: a sensor configured to sense an input by a user, the input comprising a gesture; a haptic output device configured to output a haptic effect as the input is being sensed; and a user identification device configured to determine the user's identity; and a processor configured to determine whether the identified user has permission to activate the control (110; 610; 710; 810; 910) and to determine if the sensed input corresponds to a predetermined gesture associated with activation of a control (110; 610; 710; 810; 910), and if the user is determined to have permission and the sensed input corresponds to the predetermined gesture to activate the control (110; 610; 710; 810; 910), wherein the haptic output device is configured to generate a second haptic effect if the user is determined to have permission to activate the control (110; 610; 710; 810; 910), and wherein the second haptic effect is generated to identify the location of the touch surface for the user to apply the gesture. a sensor configured to sense an input by a user, the input comprising a gesture; a haptic output device configured to output a haptic effect as the input is being sensed; and a user identification device configured to determine the user's identity; and a processor configured to determine whether the identified user has permission to activate the control (110; 610; 710; 810; 910) and to determine if the sensed input corresponds to a predetermined gesture associated with activation of a control (110; 610; 710; 810; 910), and if the user is determined to have permission and the sensed input corresponds to the predetermined gesture to activate the control (110; 610; 710; 810; 910), wherein the haptic output device is configured to generate a second haptic effect if the user is determined to have permission to activate the control (110; 610; 710; 810; 910), and wherein the second haptic effect is generated to identify the location of the touch surface for the user to apply the gesture.
Splicing device for closing a looped material band such as in particular a conveyor belt, a power transmission belt or similar, whereby this splicing device comprises two splicing elements (20, 30) provided at one end with an assembly area (21, 31) arranged to be intimately linked respectively to the two longitudinal ends (2, 3) of material band and with a toothing (22, 23) at the other end, toothings (22, 23) being provided respectively in the plane of the splicing elements (20, 30) and having a complementary shape to fit into each other, teeth of each toothing (22, 32) comprising at least one transverse opening aligned with that of the neighboring teeth, in order to define, when toothings (22, 32) are fitted into each other, at least one transverse passage arranged to receive at least one locking rod (15, 15a, 15b), characterized in that splicing elements (20, 30) are made out of a thermoplastic material compatible with the material of said band and comprise each at least one traction core embedded in said thermoplastic material, in that said traction core extends longitudinally in said splicing elements (20, 30) up to the teeth of each toothing (22, 32) and in that said traction core surrounds at least partly the transverse opening of teeth of each toothing (22, 32) so that, when said splicing device is assembled by means of said locking rod (15, 15a, 15b), the traction cores of the two splicing elements (20, 30) increase the tensile strength of said splicing device.
Air sealing device for a liftable closure comprising a closure element slidably mounted along vertical guide elements of a portal structure so as to be movable between a lowered configuration in which it closes an opening defined by said portal structure, and a raised configuration in which said opening is open, and a compartment arranged above the portal structure to accommodate the closure element in its raised configuration, which compartment is delimited by a front wall spaced from the portal structure, a transverse space being defined between the closure element and said front wall which communicates on one side with said compartment and on the other side with the outer environment, the device including a first and a second sealing member (32a, 40; 32b, 40), one of which is connected to said front wall on the side facing the compartment and supports a ferromagnetic plate (36a; 36b), the other of which is a magnetic member, preferably in the form of a strip, fixed on the surface of the closure element that faces the outside of the portal structure, said sealing members (36a, 40; 36b, 40) being adapted to reach respective mutually facing positions in the completely lowered configuration of the closure element to adhere to each other as a result of their magnetic attraction in order to close said transverse space for preventing communication between said compartment and the outer environment, characterized in that the sealing member (32a; 32b) connected to said front wall comprises a base structure adapted to be fixed to said front wall in an adjustable manner by means of first fastening means, said ferromagnetic plate (36a; 36b) being supported by the base structure in an adjustable manner by means of second fastening means, so that said ferromagnetic plate (36a; 36b) can be fixed to the front wall in a position that corresponds punctually to the position reached by said sealing member fixed to the surface of the closure element when the latter is in its lowered configuration.
A processor implemented method for detecting Parkinson's disease progression of a subject, the method comprising: determining, by one or more hardware processors, a stride information for each of a plurality of pressure sensors attached to an insole from corresponding Vertical Ground Reaction Force, VGRF, data, received by the one or more hardware processors from each of the plurality of pressure sensors, wherein the plurality of pressure sensors correspond to a plurality of pressure points in a foot of the subject, characterized in that, each pressure point corresponds to a node in a graph; calculating, by the one or more hardware processors, a mediolateral stability index from the calculated stride information associated with each node in the graph based on a betweenness centrality associated with each node; detecting, by the one or more hardware processors, an intensity of the Parkinson's disease of the subject by comparing the mediolateral stability index with a predetermined value. determining, by one or more hardware processors, a stride information for each of a plurality of pressure sensors attached to an insole from corresponding Vertical Ground Reaction Force, VGRF, data, received by the one or more hardware processors from each of the plurality of pressure sensors, wherein the plurality of pressure sensors correspond to a plurality of pressure points in a foot of the subject, characterized in that, each pressure point corresponds to a node in a graph; calculating, by the one or more hardware processors, a mediolateral stability index from the calculated stride information associated with each node in the graph based on a betweenness centrality associated with each node; detecting, by the one or more hardware processors, an intensity of the Parkinson's disease of the subject by comparing the mediolateral stability index with a predetermined value.