mhurhangee/ep-ind-claims huggingface dataset:
Drive device, to be used in an installation with a first rolling group comprising a tubular winding/unwinding shaft for a rolling element and with at least one second rolling group comprising a further tubular winding/unwinding shaft for a further rolling element, said device comprising: - a casing, preferably tubular in shape, which is configured to be removably inserted inside said tubular shaft of said first rolling group, - a single motor which is housed inside said casing, - at least one motorized output member of said motor, said at least one motorized output member is entirely housed inside the casing and is actuated in rotation by said motor, - at least one first drive module which is housed inside said casing and which is configured to transfer the rotation of said motorized output member of the motor to a first motorized output member coming out of the casing of the device, - at least one second drive module which is housed inside said casing and which is configured to transfer the rotation of said at least one motorized output member of the motor to a second motorized output element which emerges from the casing of the device, and characterized by the fact that it also includes: - a switching mechanism which is housed within said casing and which is configured so as to assume at least one condition in which said motorized output member is engaged and mechanically interacts with only one of said first drive module and said second drive module, thus causing rotation of only the tubular shaft or only of the further tubular shaft. - a casing, preferably tubular in shape, which is configured to be removably inserted inside said tubular shaft of said first rolling group, - a single motor which is housed inside said casing, - at least one motorized output member of said motor, said at least one motorized output member is entirely housed inside the casing and is actuated in rotation by said motor, - at least one first drive module which is housed inside said casing and which is configured to transfer the rotation of said motorized output member of the motor to a first motorized output member coming out of the casing of the device, - at least one second drive module which is housed inside said casing and which is configured to transfer the rotation of said at least one motorized output member of the motor to a second motorized output element which emerges from the casing of the device, - a switching mechanism which is housed within said casing and which is configured so as to assume at least one condition in which said motorized output member is engaged and mechanically interacts with only one of said first drive module and said second drive module, thus causing rotation of only the tubular shaft or only of the further tubular shaft.
Magnetic resonance tomograph having a device for detecting a spike during a magnetic resonance scan, wherein the device comprises: a first receiver with a first signal connection for connecting a local coil and a second receiver with a second signal connection for connecting a reference antenna, wherein the device is configured to compare a first signal received by the first receiver via the first signal connection with a second signal received by the second receiver via the second signal connection, by means of a comparator unit and to output a warning signal in the event of a predetermined deviation, wherein the magnetic resonance tomograph comprises a body coil and a local coil, and the local coil is connected to the first signal connection, characterised in that the body coil is connected as a reference antenna to the second signal connection of the device. a first receiver with a first signal connection for connecting a local coil and a second receiver with a second signal connection for connecting a reference antenna, wherein the device is configured to compare a first signal received by the first receiver via the first signal connection with a second signal received by the second receiver via the second signal connection, by means of a comparator unit and to output a warning signal in the event of a predetermined deviation, wherein the magnetic resonance tomograph comprises a body coil and a local coil, and the local coil is connected to the first signal connection, characterised in that the body coil is connected as a reference antenna to the second signal connection of the device.
A jolting device for a construction machine, particularly for a slip-form paver, comprising - a housing, - a vibration generator arranged in the housing, and - a fastening means provided with at least one coil spring having a plurality of spring windings, said fastening means being operative for fastening the housing to the construction machine, characterized in that the interspaces between the spring windings of said at least one coil spring of the fastening means are closed or at least partially filled towards the interior by an elastic element, wherein the elastic element is made of an elastic plastic composition, preferably of rubber. - a housing, - a vibration generator arranged in the housing, and - a fastening means provided with at least one coil spring having a plurality of spring windings, said fastening means being operative for fastening the housing to the construction machine,
Household appliance (1; 31; 41), in particular a refrigeration appliance, having a door (3; 32; 43, 44) with a recessed handle (4; 33; 45, 46, 48) and an illumination device for shining light onto the recessed handle (4; 33; 45, 46, 48), wherein the illumination device has a projection device (5; 47) for projecting information (IF1-IF8; IF19; IF20) onto the recessed handle (4; 33; 45, 46, 48), characterised in that the recessed handle (4; 33; 45, 46, 48) is set up as an operating device with at least one actuation region (B1-B8, B 19) for operating the household appliance (1; 32; 41), wherein labelling information (IF1-IF8; IF19; IF20) can be projected, by means of the projection device (5; 47), onto a respective actuation region (B1-B8, B19) for the labelling thereof.
A waveguide neural interface device, comprising: • a neural device implantable in tissue and including an array of electrode sites configured to electrically communicate with their surroundings, wherein the array of electrode sites includes at least one recording electrode site; and • a waveguide coupled to the neural device, wherein the waveguide is configured to carry light along a longitudinal axis and includes an optically dissipating portion configured to dissipate the carried light to illuminate selectively targeted tissue; • wherein at least a portion of the dissipated light travels laterally away from the longitudinal axis from the optically dissipating portion; and • wherein the recording electrode site is configured to sample illuminated tissue. • a neural device implantable in tissue and including an array of electrode sites configured to electrically communicate with their surroundings, wherein the array of electrode sites includes at least one recording electrode site; and • a waveguide coupled to the neural device, wherein the waveguide is configured to carry light along a longitudinal axis and includes an optically dissipating portion configured to dissipate the carried light to illuminate selectively targeted tissue; • wherein at least a portion of the dissipated light travels laterally away from the longitudinal axis from the optically dissipating portion; and • wherein the recording electrode site is configured to sample illuminated tissue.
Organic light emitting electrochemical cell (OLEC) comprising a composition comprising at least one ionic species and at least one organic electroluminescent compound for the use in medicine, characterized in that the device comprises a power supply which is a printable battery.
An induction heating device, comprising: a heating coil; a sensing part characterised in that the sensing part comprises a plurality of first layer sensing coils and a plurality of second layer sensing coils that are spaced from the heating coil in parallel; and a controller configured to detect eccentricity of a container placed on the heating coil, based on a change in resonance current generated in the sensing part, wherein each of the plurality of first layer sensing coils is electrically connected to a corresponding second layer sensing coil among the plurality of second layer sensing coils, and wherein the first layer sensing coil and the second layer sensing coil that are connected to each other are misaligned perpendicularly, and wound in opposite directions. a heating coil; a sensing part characterised in that the sensing part comprises a plurality of first layer sensing coils and a plurality of second layer sensing coils that are spaced from the heating coil in parallel; and a controller configured to detect eccentricity of a container placed on the heating coil, based on a change in resonance current generated in the sensing part, wherein each of the plurality of first layer sensing coils is electrically connected to a corresponding second layer sensing coil among the plurality of second layer sensing coils, and wherein the first layer sensing coil and the second layer sensing coil that are connected to each other are misaligned perpendicularly, and wound in opposite directions.
A de-reverberation control method of a piece of sound producing equipment, the method comprising: collecting a voice signal from a user in real time when the equipment performs audio playing; acquiring a relative position of the user with respect to the equipment and acoustic parameters of a room environment in which the user and the equipment are located; according to one or more of the relative position and the acoustic parameters, selecting a corresponding microphone in the equipment, and calling a corresponding voice enhancement mode to perform de-reverberation; acquiring a voice command word from the user, and controlling the equipment to perform a function corresponding to the voice command, as a response to the user. collecting a voice signal from a user in real time when the equipment performs audio playing; acquiring a relative position of the user with respect to the equipment and acoustic parameters of a room environment in which the user and the equipment are located; according to one or more of the relative position and the acoustic parameters, selecting a corresponding microphone in the equipment, and calling a corresponding voice enhancement mode to perform de-reverberation; acquiring a voice command word from the user, and controlling the equipment to perform a function corresponding to the voice command, as a response to the user.
A secure element comprising: information including sensitive data and encoding rules, wherein the encoding rules define how data is stored in a provisionable device; the secure element further comprising: a provisioning program stored in a non-transitory medium operable to access the information, provide the information via a secure communication channel to an encoding device (112, 208) in response to the secure element receiving a request for the encoding rules and sensitive data, and cause the encoding device to utilize the information to provision the sensitive data to the provisionable device, wherein the secure element is a peripheral device to the encoding device. information including sensitive data and encoding rules, wherein the encoding rules define how data is stored in a provisionable device; the secure element further comprising: a provisioning program stored in a non-transitory medium operable to access the information, provide the information via a secure communication channel to an encoding device (112, 208) in response to the secure element receiving a request for the encoding rules and sensitive data, and cause the encoding device to utilize the information to provision the sensitive data to the provisionable device, wherein the secure element is a peripheral device to the encoding device. a provisioning program stored in a non-transitory medium operable to access the information, provide the information via a secure communication channel to an encoding device (112, 208) in response to the secure element receiving a request for the encoding rules and sensitive data, and cause the encoding device to utilize the information to provision the sensitive data to the provisionable device, wherein the secure element is a peripheral device to the encoding device.
A vaccine comprising the isolated N-terminal region fragment of a Candida albicans Als3 protein having cell adhesion activity for use in a method of treatment or prevention of a mucosal candidiasis infection in a human or animal body.
A sanding machine for sanding/finishing/brushing components made of wood, metal or the like; each component having an upper face and a lower face, which are substantially parallel to one another, a front face and a rear face as well as two side faces; the sanding machine comprising a base; at least one sanding unit (12, 13); and a feeding device, which defines a support surface for at least one component and is designed to feed the component in a first direction, which is parallel to the support surface, and along a path extending through the sanding unit (12, 13); the sanding unit (12, 13) comprising, in turn, two conveyor assemblies (21, 22), which are mounted on opposite sides of the path in a second direction parallel to the support surface and transverse to the first direction, define a feeding channel feeding the component through the sanding unit (12, 13) and are movable relative to one another in the second direction depending on a width of the component measured parallel to the second direction; at least one conveyor assembly (21, 22) being provided with a sanding device for sanding/finishing/brushing a side face of the component; and being characterized in that the sanding unit (12, 13) further comprises an intermediate slide, which is interposed between the base and the two conveyor assemblies (21, 22), supports the two conveyor assemblies (21, 22) and is coupled to the base in a sliding manner so as to move in the second direction due to the thrust exerted by the component upon the two conveyor assemblies (21, 22) depending on a profile of the side faces of the component.
Arrangement for obtaining heat from groundwater for air-condition and ventilation purposes, which comprises a unit of countercurrent ground-heat exchangers immersed in groundwater in wellbores, additionally, the ground-heat exchangers are connected to a first degree heater situated in an air-conditioning unit by means of the installation of supply pipes and return pipes working in a closed circuit, moreover, on the supply pipe which supplies the heater with warm water, there are installed in sequence in the flow: a cut-off valve, a strainer, a cut-off valve and a three-way control valve, while on the return pipe which drains cold water out of the heater, there are installed in sequence: a balance valve, a circulation pump, a check valve and a cut-off valve, characterized in that on the supply pipes and on return pipes positioned inside wellbores (K1, K2, K3) perforated heads are connected and said perforated heads have inside their supply pipes transverse pipes through which groundwater flows, in an alternating arrangement, and said transverse pipes are arranged in alternate manner and their axes make an angle of 45°, which gives swirling flow of water and increases the surface of heat exchange via the perforation.
A combination comprising a nanoparticle and a protein or a protein fragment, with said nanoparticle comprising (a) a porous solid core, formed of a polymer obtained by reaction between a maltodextrin and an epoxy compound, with quaternary ammonium functions being grafted onto said polymer to impart its positive charge and (b) a lipid having a negative ionic charge contained in said core, with said combination being characterized in that said protein or said protein fragment is attached on said core, and in that said protein or said protein fragment is an antibody or a functional fragment of an antibody.
A table arrangement for use in an aircraft seat module, the table arrangement comprising: - a first table element suitable for being movably mounted to a mounting structure of the aircraft seat module, the first table element being provided with a first table surface, - a second table element provided with a second table surface substantially parallel to the first table surface, wherein the second table element is rotatably mounted to the first table element about an axis substantially perpendicular to the first and second table surfaces, such that the second table element is moveable from a first position with respect to the first table element to a second position with respect to the first table element, and wherein the second position is rotationally transformed from the first position within the plane of the second table element, characterised in that the second table element is translationally mounted to the first table element, such that the second table element is movable from a third position with respect to the first table element to a fourth position with respect to the first table element, the fourth position being translationally transformed from the third position. - a first table element suitable for being movably mounted to a mounting structure of the aircraft seat module, the first table element being provided with a first table surface, - a second table element provided with a second table surface substantially parallel to the first table surface,
A system comprising an electrically-operated aerosol-generating apparatus and an aerosol-generating article for use with the apparatus, the aerosol-generating article comprising an aerosol-forming substrate, characterized in that the aerosol-forming substrate comprises, a rod comprising a first sheet comprising aerosol-forming material, and a second sheet of non-tobacco material, the first sheet and the second sheet gathered together and circumscribed by a wrapper.
A track part, in particular a low-alloy steel rail for rail vehicles, characterized in that the steel comprises, in the rail head of the track part, a ferrite portion of 5-15 vol%, an austenite portion of 5-20 vol%, a martensite portion of 5-20 vol%, and a portion of carbide-free bainite of 55-75 vol%, and wherein the low-alloy steel comprises as alloying components carbon, silicon, manganese, chromium, molybdenum and optionally vanadium, phosphorus and/or sulfur and the balance iron and no alloying component is present in an amount larger than 1.8 wt%, wherein a low-alloy steel having the following reference analysis is used: 0.2 - 0.6 wt-% C 0.9 - 1.2 wt-% Si 1.2 - 1.8 wt-% Mn 0.15 - 0.8 wt-% Cr 0.01 - 0.15 wt-% Mo, and optionally 0 - 0.25 wt-% V, in particular 0.01 - 0.25 wt-% V 0 - 0.016 wt-% P, in particular 0.01 - 0.016 wt-% P 0 - 0.016 wt-% S, in particular 0.01 - 0.016 wt-% S balance: iron.
A dunnage conversion system (20, 120) for making a coil of dunnage (24, 124) from a slit-sheet stock (22, 122), the dunnage conversion system (20, 120) comprising: a coiler (30, 154) that is configured to wind the slit-sheet stock (22, 122) into a coiled configuration to form a coil of dunnage (24, 124); a movable dancer (32, 156) interposed in a path of the slit-sheet stock (22, 122), upstream of the coiler (30, 154) about which the slit-sheet stock (22, 122) is drawn, and a controller (34, 160) communicatively coupled to the coiler (30, 154) and to the movable dancer (32, 156), where the controller (34, 160) is configured to control the speed of the coiler (30, 154) based on the position of the movable dancer (32, 156) to control tension of the slit-sheet stock (22, 122) upstream of the coiler (30, 154), characterised in that the controller (34, 160) is configured to control a winding speed of the slit-sheet stock (22, 122) to control conversion of the slit-sheet stock (22, 122) via expansion of the slit-sheet stock (22, 122) upstream of the coiler (30, 160). a coiler (30, 154) that is configured to wind the slit-sheet stock (22, 122) into a coiled configuration to form a coil of dunnage (24, 124); a movable dancer (32, 156) interposed in a path of the slit-sheet stock (22, 122), upstream of the coiler (30, 154) about which the slit-sheet stock (22, 122) is drawn, and a controller (34, 160) communicatively coupled to the coiler (30, 154) and to the movable dancer (32, 156), where the controller (34, 160) is configured to control the speed of the coiler (30, 154) based on the position of the movable dancer (32, 156) to control tension of the slit-sheet stock (22, 122) upstream of the coiler (30, 154), characterised in that the controller (34, 160) is configured to control a winding speed of the slit-sheet stock (22, 122) to control conversion of the slit-sheet stock (22, 122) via expansion of the slit-sheet stock (22, 122) upstream of the coiler (30, 160).
Method for continuous production of polyamide 6 from ε-caprolactam (virgin lactam) using oligomers comprising residual lactam from at least one extraction stage having the following steps: a) that the extract water is concentrated, in at least one first step, up to a water proportion of at most 35% by weight, b) that, in at least one second step, at a pressure of 3 to 8 bar and a temperature of 225 to 255°C, the mixture from the first step a) is treated over a time span of 3 to 6 hours, c) that the mixture obtained from the at least one second step b) is treated, in at least one third step, at 240 to 265°C and a pressure of 3 to 8 bar over a time span of 8 to 14 hours until an oligomer proportion of the mixture is reduced to at most 1.8% by weight, d) that the mixture obtained from the at least one third step c) is mixed with virgin lactam in at least one further step until an oligomer proportion of the mixture of at most 0.7% by weight is reached and e) that this mixture is supplied to a precondensation pipe in order to obtain polyamide 6 by polycondensation. a) that the extract water is concentrated, in at least one first step, up to a water proportion of at most 35% by weight, b) that, in at least one second step, at a pressure of 3 to 8 bar and a temperature of 225 to 255°C, the mixture from the first step a) is treated over a time span of 3 to 6 hours, c) that the mixture obtained from the at least one second step b) is treated, in at least one third step, at 240 to 265°C and a pressure of 3 to 8 bar over a time span of 8 to 14 hours until an oligomer proportion of the mixture is reduced to at most 1.8% by weight, d) that the mixture obtained from the at least one third step c) is mixed with virgin lactam in at least one further step until an oligomer proportion of the mixture of at most 0.7% by weight is reached and e) that this mixture is supplied to a precondensation pipe in order to obtain polyamide 6 by polycondensation.