mhurhangee/ep-ind-claims huggingface dataset:
Spacer for rolling bearing comprising an inner ring, an outer ring and at least one row of angular contact rollers disposed between raceways provided on the rings, said spacer comprising two opposite faces (17, 18) having a concave profile adapted to the rollers, at least one of said faces comprising two contact surfaces (17a, 17b) with the associated roller and a concave recess extending between said contact surfaces and directed outwards towards said roller, said spacer further comprising opposite inner and outer parts (13, 14) adapted to come into contact with the raceways of the rings and opposite lateral flanges (15, 16) delimiting the opposite faces (17, 18), characterized in that the lateral flanges (15, 16) each comprise one central planar contact surface (15a, 16a), a recess (15d, 16d) in a form of a groove formed onto said surface and additional recesses (15b, 15c, 16b, 16c) located on the both sides of said contact surface (15a, 16a), each recess of the lateral flanges opening into the contact surfaces (17a, 17b, 18a, 18b) of the opposite faces (17, 18).
A fastener extractor device comprising: an at least one shank body; a drive head; an at least one torque-tool body; an at least one external thread; a tubular sleeve; an internal thread; the internal thread being positioned within the tubular sleeve; the drive head being terminally and concentrically connected to the shank body; the torque-tool body being positioned opposite to the drive head, along the shank body; the torque-tool body being terminally and concentrically connected to the shank body; the external thread extending along the shank body, in between the torque-tool body and the drive head; the external thread being laterally connected to the shank body; characterized in that: the torque-tool body comprises a plurality of laterally-bracing sidewalls and an at least one engagement feature; the plurality of laterally-bracing sidewalls is radially positioned about a rotation axis of the torque-tool body; and the engagement feature is integrated into a specific sidewall from the plurality of laterally-bracing sidewalls. an at least one shank body; a drive head; an at least one torque-tool body; an at least one external thread; a tubular sleeve; an internal thread; the internal thread being positioned within the tubular sleeve; the drive head being terminally and concentrically connected to the shank body; the torque-tool body being positioned opposite to the drive head, along the shank body; the torque-tool body being terminally and concentrically connected to the shank body; the external thread extending along the shank body, in between the torque-tool body and the drive head; the external thread being laterally connected to the shank body; characterized in that: the torque-tool body comprises a plurality of laterally-bracing sidewalls and an at least one engagement feature; the plurality of laterally-bracing sidewalls is radially positioned about a rotation axis of the torque-tool body; and the engagement feature is integrated into a specific sidewall from the plurality of laterally-bracing sidewalls. the torque-tool body comprises a plurality of laterally-bracing sidewalls and an at least one engagement feature; the plurality of laterally-bracing sidewalls is radially positioned about a rotation axis of the torque-tool body; and the engagement feature is integrated into a specific sidewall from the plurality of laterally-bracing sidewalls.
A vessel environmental condition assessment method, comprising; receiving a motion signal from a motion measurement unit on board a vessel; applying an energy operator to the motion signal to determine an energy signal, the energy operator is an instantaneous Teager Kaiser, TK, energy operator wherein the TK operator is expressed as: Ψ d x n = x 2 n − x n + 1 x n − 1, and where Ψ d ( x [ n]) is the TK operator of signal x[n], and x[n] is a discrete motion signal, wherein the energy signal is classified into one or more environmental condition classes for the vessel wherein each environmental condition class being defined by an energy signal threshold value, and wherein the energy signal is representative of the environmental condition for the vessel. receiving a motion signal from a motion measurement unit on board a vessel; applying an energy operator to the motion signal to determine an energy signal, the energy operator is an instantaneous Teager Kaiser, TK, energy operator wherein the TK operator is expressed as: Ψ d x n = x 2 n − x n + 1 x n − 1, and where Ψ d ( x [ n]) is the TK operator of signal x[n], and x[n] is a discrete motion signal, wherein the energy signal is classified into one or more environmental condition classes for the vessel wherein each environmental condition class being defined by an energy signal threshold value, and wherein the energy signal is representative of the environmental condition for the vessel.
Extractor hood which comprises a ventilation box, a chimney and a circulated-air module, wherein the circulated-air module has at least one odour filter, the circulated-air module has a supporting apparatus for support against the chimney of the extractor hood and a holding apparatus for holding the at least one odour filter, the holding apparatus is arranged at least in regions below the supporting apparatus and has at least one contact surface for contact with a ventilation box of the extractor hood, characterised in that at least the holding apparatus of the circulated-air module is received at least partially in the chimney and the underside of the holding apparatus rests on the air outlet support or the entire underside of the holding apparatus rests on the topside of the ventilation box.
A process for the recovery of acetylation fluid from a wood acetylation process, said fluid comprising acetic acid and acetic anhydride, the process comprising subjecting said fluid to distillation so as to recover acetic acid, wherein the distillation is conducted in an acetic anhydride distillation unit also simultaneously used for distilling off acetic acid from an acetic anhydride product stream obtained in a process for the production of acetic anhydride from ketene and acetic acid.
A radial foil bearing, comprising: a wave sheet-shaped back foil; and an intermediate foil supported by the back foil, wherein the intermediate foil includes a flat portion facing a hill part of a wave sheet shape of the back foil, and two protruding parts protruding toward the back foil via branching and provided such that one hill part in the wave sheet shape of the back foil is interposed therebetween in a circumferential direction, characterized in that the two protruding parts contact portions of the one hill part other than a top of the one hill part. a wave sheet-shaped back foil; and an intermediate foil supported by the back foil, wherein the intermediate foil includes a flat portion facing a hill part of a wave sheet shape of the back foil, and two protruding parts protruding toward the back foil via branching and provided such that one hill part in the wave sheet shape of the back foil is interposed therebetween in a circumferential direction, a flat portion facing a hill part of a wave sheet shape of the back foil, and two protruding parts protruding toward the back foil via branching and provided such that one hill part in the wave sheet shape of the back foil is interposed therebetween in a circumferential direction, characterized in that the two protruding parts contact portions of the one hill part other than a top of the one hill part.
A normally closed clutch comprising a first rotary element and a second rotary element which is displaceable in the axial direction relative to the first rotary element between an engaged position and a disengaged position, wherein a first spring device is provided which, by applying a first spring force, urges the second rotary element into the engaged position, in which a form-locking connection exists between the two rotary elements (10, 12), wherein a friction clutch and a second spring device associated therewith are provided, wherein the second spring device urges the friction clutch into a closed position by applying a second spring force, the second spring force being greater than the first spring force, wherein a release member is provided by means of which the friction clutch can be opened, and wherein the release member is arranged such that the first spring device, the second rotary member, the second spring device and the release member are connected in series.
A communication system comprising: a first terminal device; a redirecting communication device communicatively connectable to the first terminal device; and a management device communicatively connectable to the first terminal device; and the first terminal device sending a first message to the redirecting communication device, the first message comprising a redirection code subpart; in response to receiving the first message, the redirecting communication device determining an address of the management device that corresponds with the redirection code of the first message; the redirecting communication device sending a second message to the first terminal device, the second message comprising at least one of a language to be used by the first terminal device and the address of the management device; the first terminal device sending a third message to the management device via the address of the management device received from the second message; in response to the third message, the management device establishes a communication with the first terminal device to assign a configuration for the first terminal device, the configuration of the first terminal device being controlled by the management device; characterized in that the first terminal device is adapted for receiving user input indicating a deployment code for the first terminal device; the first terminal device is adapted for determining the deployment code based upon the user input, the deployment code comprising a redirection code subpart; and the third message is comprised of a deployment reference subpart of the deployment code or a deployment reference portion of the deployment code and the configuration assigned to the first terminal device is the configuration identified by the deployment reference subpart of the deployment code or the deployment reference portion of the deployment code. a first terminal device; a redirecting communication device communicatively connectable to the first terminal device; and a management device communicatively connectable to the first terminal device; and the first terminal device sending a first message to the redirecting communication device, the first message comprising a redirection code subpart;
A model pushing method, comprising: receiving, by a model platform, a model matching instruction sent by an orchestrator, wherein the model matching instruction is generated based on an analysis requirement; searching, by the model platform, for a model corresponding to the model matching instruction; and in a case where the model is found, pushing the found model to a destination node requiring the model characterized in that, the method further comprises: receiving a model updating request, which is sent by the orchestrator in a case where the orchestrator detects that the model meets a model updating condition, wherein the model updating condition comprises that accuracy of the model pushed to the destination node is lower than a preset threshold; sending the model corresponding to the model updating request to a sandbox, wherein the model corresponding to the model updating request is trained in the sandbox; and receiving the successfully trained model sent by the sandbox. receiving, by a model platform, a model matching instruction sent by an orchestrator, wherein the model matching instruction is generated based on an analysis requirement; searching, by the model platform, for a model corresponding to the model matching instruction; and in a case where the model is found, pushing the found model to a destination node requiring the model characterized in that, the method further comprises: receiving a model updating request, which is sent by the orchestrator in a case where the orchestrator detects that the model meets a model updating condition, wherein the model updating condition comprises that accuracy of the model pushed to the destination node is lower than a preset threshold; sending the model corresponding to the model updating request to a sandbox, wherein the model corresponding to the model updating request is trained in the sandbox; and receiving the successfully trained model sent by the sandbox. receiving a model updating request, which is sent by the orchestrator in a case where the orchestrator detects that the model meets a model updating condition, wherein the model updating condition comprises that accuracy of the model pushed to the destination node is lower than a preset threshold; sending the model corresponding to the model updating request to a sandbox, wherein the model corresponding to the model updating request is trained in the sandbox; and receiving the successfully trained model sent by the sandbox.
An automatic transport device, comprising a first side and a second side opposite to each other, the first side being provided with a main drive device, a step drive wheel and a first handrail drive wheel in transmission connection with the main drive device; wherein, the second side is provided with: a step driven wheel; a second handrail drive wheel in transmission connection with the step driven wheel, wherein a handrail of the automatic transport device wraps around the first handrail drive wheel and the second handrail drive wheel; a first tensioning device and a first transmission member, wherein the first tensioning device is capable of adjusting the movement of the step driven wheel relative to the step drive wheel, thereby maintaining the first transmission member between the step drive wheel and the step driven wheel in tension; a second tensioning device and a second transmission member, wherein the second handrail drive wheel is in transmission connection with the step driven wheel through the second transmission member, and the second tensioning device is capable of maintaining the second transmission member in tension during movement of the step driven wheel; wherein the second tensioning device is a floating gear device acting on the second transmission member, and wherein the floating gear device comprises: a floating body and a first wheel on the floating body, the bottom of the first wheel being wrapped around and supported by the second transmission member, and the floating body being mounted in a track so as to float up and down; and characterized in that; the floating body further comprises a second wheel, the bottom of which is wrapped around and supported by the second transmission member. a step driven wheel; a second handrail drive wheel in transmission connection with the step driven wheel, wherein a handrail of the automatic transport device wraps around the first handrail drive wheel and the second handrail drive wheel; a first tensioning device and a first transmission member, wherein the first tensioning device is capable of adjusting the movement of the step driven wheel relative to the step drive wheel, thereby maintaining the first transmission member between the step drive wheel and the step driven wheel in tension; a second tensioning device and a second transmission member, wherein the second handrail drive wheel is in transmission connection with the step driven wheel through the second transmission member, and the second tensioning device is capable of maintaining the second transmission member in tension during movement of the step driven wheel; wherein the second tensioning device is a floating gear device acting on the second transmission member, and wherein the floating gear device comprises: a floating body and a first wheel on the floating body, the bottom of the first wheel being wrapped around and supported by the second transmission member, and the floating body being mounted in a track so as to float up and down; and characterized in that; the floating body further comprises a second wheel, the bottom of which is wrapped around and supported by the second transmission member.
A vehicle glazing (2, 202, 302) to which a trim (16, 216, 316) may be mounted, the vehicle glazing comprising a pane (4, 204, 304) of glazing material having a glazing profile (6, 206, 306) provided around at least a portion of the periphery of the pane, and a profile insert (14, 214, 314 embedded in the glazing profile, wherein the profile insert is separate from the trim, and comprises a trim-retaining portion (17, 217, 317) which protrudes from the glazing profile, characterised in that the trim-retaining portion extends from the edge of the pane (4, 204, 304) and substantially in the plane of the pane.
Method for treating soil and groundwater comprising alternating soil heating and nanoparticle injection comprising: - a set of at least one soil heating tube combined with at least one perforated tube to extract volatile and semi-volatile vapors and to inject nanoparticles; - a surface-connected heating system to raise the temperature of the heating elements; - injection of nanoparticles in colloidal form into the soil matrix at selected times depending on the temperature; - injection of nanoparticles at different depths depending on the heating phase; - vapor recovery at specific depths depending on the nanoparticle injections, to promote stabilization of heavy metals. - a set of at least one soil heating tube combined with at least one perforated tube to extract volatile and semi-volatile vapors and to inject nanoparticles; - a surface-connected heating system to raise the temperature of the heating elements; - injection of nanoparticles in colloidal form into the soil matrix at selected times depending on the temperature; - injection of nanoparticles at different depths depending on the heating phase; - vapor recovery at specific depths depending on the nanoparticle injections, to promote stabilization of heavy metals.
A tube lamp support, comprising: a first fixing member; and a band-shaped second fixing member that engages the first fixing member and supports a tube lamp from below the tube lamp, the second fixing member comprising: a first end portion having therein multiple first openings having a predetermined size provided along a longitudinal direction of the second fixing member at equally-spaced intervals; and a second end portion, characterized in that the second end portion has therein multiple second openings provided at equally-spaced intervals, wherein the multiple second openings and the multiple first openings differ at least in one of a size of the opening and spacing of the opening; wherein an arbitrary first opening of the multiple first openings engages the first fixing member from a first side of the tube lamp and an arbitrary second opening of the multiple second openings engages the first fixing member from a second side of the tube lamp to support the tube lamp from below the tube lamp, wherein the first openings in the first end portion have a circle shape and the second openings in the second end portion have an oval shape or an oblong shape. a first fixing member; and a band-shaped second fixing member that engages the first fixing member and supports a tube lamp from below the tube lamp, the second fixing member comprising: a first end portion having therein multiple first openings having a predetermined size provided along a longitudinal direction of the second fixing member at equally-spaced intervals; and a second end portion, characterized in that the second end portion has therein multiple second openings provided at equally-spaced intervals, wherein the multiple second openings and the multiple first openings differ at least in one of a size of the opening and spacing of the opening; a first end portion having therein multiple first openings having a predetermined size provided along a longitudinal direction of the second fixing member at equally-spaced intervals; and a second end portion, characterized in that the second end portion has therein multiple second openings provided at equally-spaced intervals, wherein the multiple second openings and the multiple first openings differ at least in one of a size of the opening and spacing of the opening; wherein an arbitrary first opening of the multiple first openings engages the first fixing member from a first side of the tube lamp and an arbitrary second opening of the multiple second openings engages the first fixing member from a second side of the tube lamp to support the tube lamp from below the tube lamp, wherein the first openings in the first end portion have a circle shape and the second openings in the second end portion have an oval shape or an oblong shape.
A method for preparation of 2-alkyl-1,2-benzisothiazolin-3-ones from 1,2-benzisothiazolin-3-one; said method comprising contacting 1,2-benzisothiazolin-3-one with a dialkyl carbonate and a base.
A device for sensing a phenomenon, the device comprising: measurement means for measuring the phenomenon using a plurality of combinations of measurement range and offset and concurrently providing a corresponding analog output for each of the combinations of measurement range and offset corresponding to a value of the phenomenon, wherein the plurality of combinations comprise different offsets and a similar measurement range; an analog-to-digital converter, ADC, coupled to the measurement means and configured to convert the analog outputs into a plurality of digital outputs; and selection means coupled to the ADC for selectively causing one of the digital outputs to be output by the device. measurement means for measuring the phenomenon using a plurality of combinations of measurement range and offset and concurrently providing a corresponding analog output for each of the combinations of measurement range and offset corresponding to a value of the phenomenon, wherein the plurality of combinations comprise different offsets and a similar measurement range; an analog-to-digital converter, ADC, coupled to the measurement means and configured to convert the analog outputs into a plurality of digital outputs; and selection means coupled to the ADC for selectively causing one of the digital outputs to be output by the device.