mhurhangee/ep-ind-claims huggingface dataset:
A bag-making and packaging machine for packaging, in bags made from a packaging material, articles discharged and dropped from an article discharge apparatus, the bag-making and packaging machine comprising: a transverse sealing mechanism configured to transversely seal the packaging material which is tubular in shape and conveyed downward from above; a receiving member disposed integrally with the transverse sealing mechanism above the transverse sealing mechanism, the receiving member being configured to contact an outer surface of the packaging material as the packaging material receives the articles that drop through the inside of the packaging material; a moving mechanism configured for moving the transverse sealing mechanism and the receiving member in up and down directions; and a control unit said control unit being characterized in that it is configured to switch between a first mode in which the receiving member contacts the outer surface at a first height position, and a second mode in which the receiving member contacts the outer surface at a second height position lower than the first height position. a transverse sealing mechanism configured to transversely seal the packaging material which is tubular in shape and conveyed downward from above; a receiving member disposed integrally with the transverse sealing mechanism above the transverse sealing mechanism, the receiving member being configured to contact an outer surface of the packaging material as the packaging material receives the articles that drop through the inside of the packaging material; a moving mechanism configured for moving the transverse sealing mechanism and the receiving member in up and down directions; and a control unit said control unit being characterized in that it is configured to switch between a first mode in which the receiving member contacts the outer surface at a first height position, and a second mode in which the receiving member contacts the outer surface at a second height position lower than the first height position.
A conversion apparatus for converting an image output on screens from a visible wavelength range into an infrared wavelength range comprising: - at least one body; and - at least one film which is inserted into the at least one body and configured to convert the wavelength of the light in the visible wavelength range into the infrared wavelength range arriving on it; wherein - the at least one body is made of a high transparency PET-type material with folding characteristic; the at least one film comprises one or more nanoparticles for radiation in one or more different wavelength ranges by absorbing photons in visible wavelength; - the at least one film is made of PbS core or PbS/CdS nanoparticles and acrylic-based polymers. - at least one body; and - at least one film which is inserted into the at least one body and configured to convert the wavelength of the light in the visible wavelength range into the infrared wavelength range arriving on it; wherein - the at least one body is made of a high transparency PET-type material with folding characteristic; the at least one film comprises one or more nanoparticles for radiation in one or more different wavelength ranges by absorbing photons in visible wavelength; - the at least one film is made of PbS core or PbS/CdS nanoparticles and acrylic-based polymers.
Method for indicating an actuating position of an actuator, in which a graphic element, which corresponds to the actuating position, is displayed on a display unit, characterized in that the graphic element is displayed rotated about an axis to indicate the actuating position and in that the graphic element is loaded in a volatile memory prior to being displayed, wherein a rotated position of the graphic element, which corresponds to the actuating position, is generated in the volatile memory.
A finger glove for use in strengthening a gripping movement executed with one or more fingers of a human hand enclosed in the glove, wherein the glove comprises glove fingers and a palm, characterized in that the glove further comprises: - for at least one glove finger (4a - 4c), artificial tendons (1a - 1c) which extend along the inside of the glove and has on each lateral side of said glove finger such an artificial tendon (1a - 1c) running through ducts (3a - 3c) fixed to the lateral sides of the glove finger, - a yoke (6a - 6c) fitted in the tip of said at least one glove finger (4a - 4c) and designed to surround the tip of a finger enclosed in the glove finger (4a - 4c), and wherein the artificial tendons (1a - 1c) of a glove finger are fixed to or slidingly connected to said yoke (6a - 6c), whereby a pulling force exerted on the artificial tendons of a glove finger bends the finger enclosed in the glove finger (4a - 4c) inwards towards the palm. - for at least one glove finger (4a - 4c), artificial tendons (1a - 1c) which extend along the inside of the glove and has on each lateral side of said glove finger such an artificial tendon (1a - 1c) running through ducts (3a - 3c) fixed to the lateral sides of the glove finger, - a yoke (6a - 6c) fitted in the tip of said at least one glove finger (4a - 4c) and designed to surround the tip of a finger enclosed in the glove finger (4a - 4c), and
A gas turbine engine comprising: a fan; a duct containing a flow of air; wherein said duct is a by-pass duct having an air stream created by said fan; said by-pass flow duct being located between a cowl and a core; and a pump system for providing air from said air stream to an environmental control system; wherein said pump system comprises an impeller having an inlet for receiving air from said air stream of said by-pass duct and an outlet for discharging said air to said environmental control system; characterised in that the pump system further comprises a single discharge manifold, wherein the discharge manifold delivers said air from said outlet to said environmental control system, wherein said environmental control system includes an aircraft precooler and said discharge manifold delivers said air to said aircraft precooler, and wherein said pump system further comprises a towershaft for driving said impeller. a fan; a duct containing a flow of air; wherein said duct is a by-pass duct having an air stream created by said fan; said by-pass flow duct being located between a cowl and a core; and a pump system for providing air from said air stream to an environmental control system; wherein said pump system comprises an impeller having an inlet for receiving air from said air stream of said by-pass duct and an outlet for discharging said air to said environmental control system; characterised in that the pump system further comprises a single discharge manifold, wherein the discharge manifold delivers said air from said outlet to said environmental control system, wherein said environmental control system includes an aircraft precooler and said discharge manifold delivers said air to said aircraft precooler, and wherein said pump system further comprises a towershaft for driving said impeller.
A compound which is: (i) a compound having a structure of general formula, wherein R 1 is selected from H, C 1 -C 10 alkyl, C 3 -C 10 cycloalkyl, F, Cl, Br, I, CN, NO 2, SR 4 or OR 4; R 2 is selected from H, F, Cl, Br or I; R 3 is selected from H or C 1 -C 4 alkyl; X is selected from S or CH 2; wherein R 4 is selected from C 1 -C 10 alkyl; with the proviso that when X is S, then R 1, R 2 and R 3 are not simultaneously H; or (ii) a pharmaceutically acceptable salt of a compound having a structure of general formula wherein R 1 is selected from H, C 1 -C 10 alkyl, C 3 -C 10 cycloalkyl, F, Cl, Br, I, CN, NO 2, SR 4 or OR 4; R 2 is selected from H, F, Cl, Br or I; R 3 is selected from H or C 1 -C 4 alkyl; X is selected from S or CH 2; wherein R 4 is selected from C 1 -C 10 alkyl. (i) a compound having a structure of general formula, wherein R 1 is selected from H, C 1 -C 10 alkyl, C 3 -C 10 cycloalkyl, F, Cl, Br, I, CN, NO 2, SR 4 or OR 4; R 2 is selected from H, F, Cl, Br or I; R 3 is selected from H or C 1 -C 4 alkyl; X is selected from S or CH 2; wherein R 4 is selected from C 1 -C 10 alkyl; with the proviso that when X is S, then R 1, R 2 and R 3 are not simultaneously H; or (ii) a pharmaceutically acceptable salt of a compound having a structure of general formula wherein R 1 is selected from H, C 1 -C 10 alkyl, C 3 -C 10 cycloalkyl, F, Cl, Br, I, CN, NO 2, SR 4 or OR 4; R 2 is selected from H, F, Cl, Br or I; R 3 is selected from H or C 1 -C 4 alkyl; X is selected from S or CH 2; wherein R 4 is selected from C 1 -C 10 alkyl.
A method of generating location specific information data in the form of traffic information data on the basis of specific data (20, 21) of mobile end terminals being active or in a stand-by-mode, said specific data being generated in a cellular communications network, whereby the communications network is formed from a number of cells (11 a to 11 d), whereby specific data (20, 21) of the mobile end terminals are captured and whereby the generation of information data takes place on the basis of the specific data (20, 21) of the mobile end terminals, whereby the specific data (20, 21) of the end terminals are linked with specific cell information data, which allow a precise identification of the cell, of cells, in which the mobile end terminals are located, characterized in that the cell information data are mapped on a dynamic cell plan of the communications network, whereby the cell plan is automatically created/updated by means of a method of creating/update a cell plan, wherein to mobile end terminals located in a cell, which are active or in a stand-by-mode, cell identification data, which allow a precise identification of the cell, are at least temporarily transmitted from the cell and are stored at least temporarily in the mobile end terminals, wherein on a cell change of the mobile end terminals from the cell into a next, neighbouring entrance cell, cell identification data transmitted from the entrance cell, which allow a precise identification of the entrance cell, being at least temporarily stored in the mobile end terminals, wherein the cell identification data being stored in the mobile end terminals are read out in predetermined time intervals, wherein only then when the read out cell identification data change, the exact position of the mobile end terminals is determined by means of a location determination method, whereby the change of the cell identification data represents the geographical location of a cell change, wherein the read out cell identification data, in case they change, being linked to the determined position data of the mobile end terminal and cell change location data being determined thereof, and wherein from the thus determined cell change location data the cell plan is automatically created/updated, and that the individual cells (11a to 11d) in the dynamic cell plan are mapped on the digital map of a street network.
A method for melting a sample including at least one salt in a microwave cavity whose geometry is suitable for resonance according to a single mode of a stationary electromagnetic field, defining at least one local extremum of the electric or magnetic field in said cavity, in a spectral region comprised between 900 MHz and 3 GHz, said cavity comprising at least one movable reflective face (8, 9), whose position can be adjusted so as to modify the geometry of the microwave cavity, said sample being arranged in a hollow insert, said insert being arranged at least partially in the cavity in spatial correspondence with said extremum, the material of said insert being transparent to microwaves, said method comprising at least the steps of: a) placing said sample(s) in said insert; b) emitting microwaves in said cavity at a frequency comprised in said spectral region; c) detecting the power reflected by the resonant cavity loaded with the sample and the insert, and d) adjusting at least one parameter selected from among: - the position of said or of at least one said movable reflective face; and - the frequency of the microwaves so as to minimise said detected power and wherein said sample is arranged in a container, said container being arranged in said insert, the material of said container being transparent to microwaves. a) placing said sample(s) in said insert; b) emitting microwaves in said cavity at a frequency comprised in said spectral region; c) detecting the power reflected by the resonant cavity loaded with the sample and the insert, and d) adjusting at least one parameter selected from among: - the position of said or of at least one said movable reflective face; and - the frequency of the microwaves so as to minimise said detected power and wherein said sample is arranged in a container, said container being arranged in said insert, the material of said container being transparent to microwaves. - the position of said or of at least one said movable reflective face; and - the frequency of the microwaves
A method in a device of transmitting data on shared radio spectrum according to a listen after talk, LAT, procedure, wherein the default mode is to transmit the data without channel sensing and subsequently detecting and resolving a potential collision using control signalling, the method comprising the steps of: setting one or more parameters (510, 520, 530) of the LAT procedure; and transmitting the data on the shared radio spectrum according to the LAT procedure using the one or more parameters (510, 520, 530); characterized in that the one or more parameters of the LAT procedure include an initial waiting interval being a time elapsed between an availability of the data for transmission and a start of the transmission; and the waiting interval is set depending on at least one of a Quality of Service, QoS, requirement of the data and a state of the shared radio spectrum. setting one or more parameters (510, 520, 530) of the LAT procedure; and transmitting the data on the shared radio spectrum according to the LAT procedure using the one or more parameters (510, 520, 530); characterized in that the one or more parameters of the LAT procedure include an initial waiting interval being a time elapsed between an availability of the data for transmission and a start of the transmission; and the waiting interval is set depending on at least one of a Quality of Service, QoS, requirement of the data and a state of the shared radio spectrum.
A use of a press seal, having an elastomer body and a tensioning bolt, wherein the elastomer body is deformable by tightening the tensioning bolt such that the elastomer body can be pressed into a sealing contact in directions perpendicular to a longitudinal axis of the tensioning bolt, wherein the press seal comprises a tensioning element with inclined faces (9a, b) which are inclined towards one another, the tensioning element being arranged or arrangeable at the tensioning bolt such that a tapering direction of the tensioning element, along which the inclined faces (9a, b) converge, forms an angle with the tensioning bolt longitudinal axis, wherein the tensioning element is a wedge element, the inclined faces (9a, b) being outer wedge faces of the wedge element, wherein the tensioning element rests against the tensioning bolt and the elastomer body such that the tensioning element can be brought into a tensioned state by displacing it in the tapering direction, whereby the tensioning bolt can be tightened and the elastomer body can be deformed, in which use the press seal is inserted into an opening in a wall or floor element and seals the opening. an elastomer body and a tensioning bolt, wherein the elastomer body is deformable by tightening the tensioning bolt such that the elastomer body can be pressed into a sealing contact in directions perpendicular to a longitudinal axis of the tensioning bolt, wherein the press seal comprises a tensioning element with inclined faces (9a, b) which are inclined towards one another, the tensioning element being arranged or arrangeable at the tensioning bolt such that a tapering direction of the tensioning element, along which the inclined faces (9a, b) converge, forms an angle with the tensioning bolt longitudinal axis, wherein the tensioning element is a wedge element, the inclined faces (9a, b) being outer wedge faces of the wedge element, wherein the tensioning element rests against the tensioning bolt and the elastomer body such that the tensioning element can be brought into a tensioned state by displacing it in the tapering direction, whereby the tensioning bolt can be tightened and the elastomer body can be deformed,
An anthelmintic composition in the form of stable granules comprising two or more different anthelmintic actives selected from one or more imidazothiazoles, one or more benzimidazoles, one or more macrocyclic lactones, praziquantel, wherein the composition comprises at least levamisole HCl and a macrocyclic lactone as the anthelmintic actives, wherein the granules further comprise a suspending agent or rheology modifier and wherein the suspending agent or rheology modifier is a xanthan gum, and wherein the granules further comprise a wetting agent and a dispersant and wherein the granules are readily dispersible in water to provide a homogenous mixture of the anthelmintic actives for administration to a non-human mammal.
Hand-operated power tool, in particular screwdriver and/or drill, with a drive motor for driving a gear drive of a gearbox, which has a gearbox output for driving a tool holder of the hand-operated power tool and a first gear stage and a second gear stage, wherein the gearbox has a first locking mechanism for locking a gear element of the first gear stage forming a locking mechanism element and a second locking mechanism for locking a gear element of the second gear stage forming a locking mechanism element, wherein the gear stage with the respectively locked locking mechanism element (43, 44) transmits a torque from the gear drive to the gearbox output, wherein a direction of rotation of the drive motor is reversible and, depending on the direction of rotation of the drive motor, the first gear stage or the second gear stage transmits a torque from the gear drive to the gearbox output, wherein both gear stages effect a change in speed between gear drive and gearbox output and one of the two gear stages effects a direction of rotation reversal between the gear drive and the gearbox output, wherein the gearbox has a planetary stage, wherein planetary gears of the planetary stage are rotatably mounted on a planetary carrier with an output, and wherein the planetary gears are driven by a drive wheel, characterised in that the planetary gears have a first pitch circle diameter assigned to the drive wheel and a second pitch circle diameter differing from the first pitch circle diameter.
A rubber composition with enhanced curing and adhesion properties, comprising the following ingredients: R1 an elastomer or rubber E which is selected from the group consisting of the diene-based elastomers natural rubber NR, synthetic polyisoprene IR, butadiene rubber BR, and styrene-butadiene rubber SBR, R2 a particulate active filler which is selected from the group consisting of carbon black, silica aluminates, and hydrated and anhydrous silica, and from mixtures of these, R3 a cobalt free curing or crosslinking or vulcanising system which includes sulphur, an active zinc composition ZnX having a specific surface area of from 10 m 2 /g to 100 m 2 /g, and accelerators, and R4 a reinforcing resin which comprises a non-self-curing novolak resin that is resorcinol free. R1 an elastomer or rubber E which is selected from the group consisting of the diene-based elastomers natural rubber NR, synthetic polyisoprene IR, butadiene rubber BR, and styrene-butadiene rubber SBR, R2 a particulate active filler which is selected from the group consisting of carbon black, silica aluminates, and hydrated and anhydrous silica, and from mixtures of these, R3 a cobalt free curing or crosslinking or vulcanising system which includes sulphur, an active zinc composition ZnX having a specific surface area of from 10 m 2 /g to 100 m 2 /g, and accelerators, and R4 a reinforcing resin which comprises a non-self-curing novolak resin that is resorcinol free.
A process for manufacturing a wafer-level microelectromechanical systems (MEMS) device package, comprising: a) providing a substrate having a freestanding movable microelectromechanical structure; b) forming a thermally decomposable sacrificial layer overlying said substrate, where said sacrificial layer essentially encapsulates said freestanding movable microelectromechanical structure; c) patterning said sacrificial layer; d) encapsulating said substrate with a molding compound at a first temperature of from 160 °C to 200 °C for a first period of time where said sacrificial layer remains substantially present; characterized in that it further comprises: e) curing said molding compound at a second temperature of from 180 °C to 250 °C such that said patterned sacrificial layer is thermally decomposed to form a cavity surrounding said freestanding movable microelectromechanical structure. a) providing a substrate having a freestanding movable microelectromechanical structure; b) forming a thermally decomposable sacrificial layer overlying said substrate, where said sacrificial layer essentially encapsulates said freestanding movable microelectromechanical structure; c) patterning said sacrificial layer; d) encapsulating said substrate with a molding compound at a first temperature of from 160 °C to 200 °C for a first period of time where said sacrificial layer remains substantially present; characterized in that it further comprises: e) curing said molding compound at a second temperature of from 180 °C to 250 °C such that said patterned sacrificial layer is thermally decomposed to form a cavity surrounding said freestanding movable microelectromechanical structure. e) curing said molding compound at a second temperature of from 180 °C to 250 °C such that said patterned sacrificial layer is thermally decomposed to form a cavity surrounding said freestanding movable microelectromechanical structure.