mhurhangee/ep-ind-claims huggingface dataset:
A food cooking appliance comprising, on the one hand, a bowl for containing said food and having a side wall, and on the other hand, a blade, said bowl and blade being designed so as to be animated by a relative rotational movement about an axis of rotation (X-X') in order to stir the food in the bowl, said blade comprising, on the one hand, a lifting means configured so as to lift, under the effect of the relative rotational movement, the food with which it enters into contact, and on the other hand, a means for pushing the food toward the lifting means, under the effect of the relative rotational movement, said appliance being characterized in that said side wall comprises at least one flared section, in that the lifting means extends at least in part plumb with the flared section so as to lift the food that is plumb with the flared section, and in that the respective projections of the lifting means and the flared section in a same plane parallel to the axis of rotation (X-X') overlap each other at least in part.
An optical product comprising an optical multilayer film which is disposed on one surface or both surfaces of a base directly or via an intermediate film, wherein the optical multilayer film is obtained by alternately disposing an SiO 2 layer and a ZrO 2 layer, forming nine layers in total, such that a first layer counting from the base is the SiO 2 layer, characterized in that an optical thickness of the SiO 2 layer as the first layer is not greater than 0.120 × λ/4 when a design wavelength is λ (500 nm), an optical thickness of the ZrO 2 layer as a second layer is not less than 0.400 × λ/4, an optical thickness of the SiO 2 layer as a third layer is not less than 0.230 × λ/4 and not greater than 0.560 × λ/4, and an optical thickness of the SiO 2 layer as a seventh layer is not less than 0.450 × λ/4. the optical multilayer film is obtained by alternately disposing an SiO 2 layer and a ZrO 2 layer, forming nine layers in total, such that a first layer counting from the base is the SiO 2 layer, characterized in that an optical thickness of the SiO 2 layer as the first layer is not greater than 0.120 × λ/4 when a design wavelength is λ (500 nm), an optical thickness of the ZrO 2 layer as a second layer is not less than 0.400 × λ/4, an optical thickness of the SiO 2 layer as a third layer is not less than 0.230 × λ/4 and not greater than 0.560 × λ/4, and an optical thickness of the SiO 2 layer as a seventh layer is not less than 0.450 × λ/4.
A device for unlocking a connection generated in a non-positive manner, of a double gearwheel consisting of a first spur gear arranged on a cylinder journal of a printing press cylinder, and a second spur wheel assigned to said first spur wheel and being embodied as gear ring, in a sheet-fed rotary printing press, which can be switched from face printing to face and reverse printing, wherein the second spur gear is clamped on the first spur gear via tie rods, which are loaded by spring force, and the device for unlocking is arranged symmetrically to the axis of the double gearwheel, wherein the device has at least one annular fluid-operated lift assembly (40, 41), which has a connection to a machine frame and which is fastened in an at least partially displaceable manner in the direction of an axis of the double gearwheel (6; 8, 9), wherein the lift assembly (40, 41) connects a portion of the double gearwheel (6; 8, 9) to the machine frame in a rotationally fixed manner in an unlocked position, wherein the cylinder journal is received in a cylinder bearing, in which an axial bearing is provided, which is arranged so as to be separated from a radial bearing, wherein the annular fluid-operated lift assembly (40, 41) is arranged directly adjacent and concentrically to the axial bearing on the machine frame of the sheet-fed rotary printing press, wherein a pressure element of the lift assembly (40, 41) is assigned to a respective pressure piece, which transfers the spring force to a respective tie rod and which is arranged coaxially to the tie rod in such a way that the spring forces acting on the tie rod/rods are reduced or eliminated by putting pressure on the pressure element, wherein die annular lift assembly is formed of an annular cylinder and an annular piston arranged in an annular opening of the annular cylinder, wherein the annular cylinder is arranged on the machine frame coaxially to the axis of the double gearwheel and directly adjacent parallel to an outer circumference of a guide ring of the axial bearing of the cylinder bearing, and wherein the annular piston parallel to the axis can be moved to the double gearwheel in the direction from and to the machine frame, wherein, in mechanical connection to the annular cylinder and the directly adjacent region of the double gearwheel, a support ring is provided as force transmission, characterized in that the support ring is coupled to the annular cylinder, preferably engaging behind the latter, and that the support ring is further arranged so as to engage behind a holding ring, which is arranged on the double gearwheel.
Dialysis fluid hose line (2; 20; 30) for establishing a fluid connection between a dialysis fluid outlet on a dialysis machine and a dialysis fluid inlet on a dialyzer and/or for establishing a fluid connection between a dialysis fluid outlet on the dialyzer and a dialysis fluid inlet on the dialysis machine, characterised by a multi-lumen hose cross-sectional geometry providing at least one additional side lumen (20e, 20g, 30c, 30e, 30f) functioning as isolation chamber in addition to a main lumen (20a, 30a, 30c, 30d, 30g) functioning as main flow channel for the circumferential heat insulation of the main lumen and functioning as side flow channel for the optionally alternative or additional dialysis fluid delivery in the same direction as the main lumen, wherein at one end of the hose line a device is arranged for switching a dialysis fluid flow to just one lumen or in parallel to several lumens up to all lumens of the hose line, whereby the dialysis fluid flow in the hose line can be altered, varied or adjusted in a predetermined area at anytime.
A gas turbine engine comprising: a case disposed around a central axis; a vane structure disposed radially inwards of the case; a seal carriage mounted to the case, the seal carriage defining a load path; and a seal arc segment mounted to the seal carriage, wherein the vane structure exerts an axial load on the seal carriage, and the load path radially transmits the axial load to the case; the engine characterised that the seal arc segment is off the load path; and wherein the seal arc segment defines first and second seal supports (71a, 71b), and the seal carriage defines first and second support members (68a, 68b) that are circumferentially spaced apart from each other, the first support member supporting the seal arc segment in a first ramped interface and the second support member supporting the seal arc segment in a second ramped interface such that the seal arc segment is circumferentially moveable with respect to the carriage. a case disposed around a central axis; a vane structure disposed radially inwards of the case; a seal carriage mounted to the case, the seal carriage defining a load path; and a seal arc segment mounted to the seal carriage, wherein the vane structure exerts an axial load on the seal carriage, and the load path radially transmits the axial load to the case; the engine characterised that the seal arc segment is off the load path; and wherein the seal arc segment defines first and second seal supports (71a, 71b), and the seal carriage defines first and second support members (68a, 68b) that are circumferentially spaced apart from each other, the first support member supporting the seal arc segment in a first ramped interface and the second support member supporting the seal arc segment in a second ramped interface such that the seal arc segment is circumferentially moveable with respect to the carriage.
A computer implemented method for recovering Mobile IP information, comprising: each of a plurality of mobility agents (120, 130, 140, 150) acting as a foreign agent (120, 130) for a plurality of mobile nodes communicatively coupled with that mobility agent and creating a plurality of foreign agent type mobility sessions for the plurality of mobile nodes; storing, within each of the plurality of mobility agents (120, 130), foreign agent specific information being useful only by that mobility agent acting as foreign agent (120, 130) for each of its plurality of foreign agent type mobility sessions, wherein each of the plurality of mobile nodes has another of the plurality of mobility agents as its home agent (140, 150), the foreign agent specific information including all necessary information required for restoration of one or more of the plurality of foreign agent type mobility sessions; distributively backing up the foreign agent specific information to the home agents (140, 150) by storing, for each of the plurality of foreign agent type mobility sessions, the foreign agent specific information in the home agent (140, 150) of the mobile node for which that session was created; and upon one of the plurality of mobility agents (120, 130) losing its foreign agent specific information about one or more of its plurality of foreign agent type mobility sessions, recovering that lost foreign agent specific information from those of the plurality of home agents (140, 150) it was backed up on. each of a plurality of mobility agents (120, 130, 140, 150) acting as a foreign agent (120, 130) for a plurality of mobile nodes communicatively coupled with that mobility agent and creating a plurality of foreign agent type mobility sessions for the plurality of mobile nodes; storing, within each of the plurality of mobility agents (120, 130), foreign agent specific information being useful only by that mobility agent acting as foreign agent (120, 130) for each of its plurality of foreign agent type mobility sessions, wherein each of the plurality of mobile nodes has another of the plurality of mobility agents as its home agent (140, 150), the foreign agent specific information including all necessary information required for restoration of one or more of the plurality of foreign agent type mobility sessions; distributively backing up the foreign agent specific information to the home agents (140, 150) by storing, for each of the plurality of foreign agent type mobility sessions, the foreign agent specific information in the home agent (140, 150) of the mobile node for which that session was created; and upon one of the plurality of mobility agents (120, 130) losing its foreign agent specific information about one or more of its plurality of foreign agent type mobility sessions, recovering that lost foreign agent specific information from those of the plurality of home agents (140, 150) it was backed up on.
A vacuum pump, in particular a turbomolecular pump, comprising a housing (16, 90) having at least one inlet for a fluid, in particular a process gas or air, to which a recipient can be connected and having at least one outlet for the fluid; and at least one pump stage arranged in the housing (16, 90) for conveying the fluid, in particular from the recipient, through the vacuum pump from the inlet to the outlet, wherein a chamber is formed in the housing (16, 90), and wherein at least one insert for receiving deposits is arranged in the chamber and covers at least one side of the chamber bounding the chamber, wherein the insert has an outlet opening which can in particular be aligned with the outlet at the housing (16, 90) of the vacuum pump; the outlet of the pump has a pre-vacuum stub into which the chamber opens; and the insert comprises at least one opening section which can be inserted or is inserted into the pre-vacuum stub, characterized in that the opening section is formed, in particular solely formed, by the part of the material of the insert which was separated from the insert to provide the outlet opening. a housing (16, 90) having at least one inlet for a fluid, in particular a process gas or air, to which a recipient can be connected and having at least one outlet for the fluid; and at least one pump stage arranged in the housing (16, 90) for conveying the fluid, in particular from the recipient, through the vacuum pump from the inlet to the outlet, the insert has an outlet opening which can in particular be aligned with the outlet at the housing (16, 90) of the vacuum pump; the outlet of the pump has a pre-vacuum stub into which the chamber opens; and the insert comprises at least one opening section which can be inserted or is inserted into the pre-vacuum stub,
A terminal device comprising: a communication interface unit configured to communicate with another terminal device storing an installation file of an application which is installed in the other terminal device; a display unit; and a control unit configured to, control the communication interface unit to transmit a streaming request to the other terminal device, receive stream data corresponding to a first image generated based on execution of the application and the installation file from the other terminal device, control the display unit to display the first image, and execute the received installation file to install the application when authentication for installing the application is completed, wherein the control unit is further configured to, transmit a command for manipulating the executed application to the other terminal device and receive stream data corresponding to a second image generated by applying the command to the executed application from the other terminal device while the first image is displayed on a display of the other terminal device. a communication interface unit configured to communicate with another terminal device storing an installation file of an application which is installed in the other terminal device; a display unit; and a control unit configured to, control the communication interface unit to transmit a streaming request to the other terminal device, receive stream data corresponding to a first image generated based on execution of the application and the installation file from the other terminal device, control the display unit to display the first image, and execute the received installation file to install the application when authentication for installing the application is completed, wherein the control unit is further configured to, transmit a command for manipulating the executed application to the other terminal device and receive stream data corresponding to a second image generated by applying the command to the executed application from the other terminal device while the first image is displayed on a display of the other terminal device.
A carbonate precursor compound for manufacturing a lithium metal -oxide powder usable as an active positive electrode material in lithium-ion batteries, M comprising 20 to 90 mol% Ni, 10 to 70 mol% Mn and 10 to 40 mol% Co, the precursor further comprising a sodium and sulfur impurity, wherein the sodium to sulfur molar ratio (Na/S) is 0.4<Na/S<2, and wherein the sum (2* Na wt)+ S wt of the sodium (Na wt) and sulfur (S wt) content expressed in wt% is more than 0.4 wt% and less than 1.6 wt%.
A dental handpiece, comprising: an inner barrel for rotatably retaining an ultrasonic insert, the inner barrel configured for contacting the ultrasonic insert with a cooling fluid in the inner barrel; a coil unit arranged and disposed to apply an alternating magnetic field to the ultrasonic insert when positioned in the inner barrel, the coil unit including a bucking/feedback coil extending from a drive coil in electrical communication with electrical contacts, the bucking/feedback coil and/or the drive coil being secured to a coil form which serves as a base structure for the coil unit; an outer sheath extending around at least a portion of the coil unit; one or more securing mechanisms arranged and disposed to secure the dental handpiece and permit disassembly of the dental handpiece; wherein the dental handpiece includes flow regions permitting steam, chemicals, and heat to flow into the inner barrel and out of the inner barrel during a sterilization technique; wherein the outer sheath extends around the coil unit, and the coil unit extends around the inner barrel; and wherein the coil unit is movably secured within the outer sheath. an inner barrel for rotatably retaining an ultrasonic insert, the inner barrel configured for contacting the ultrasonic insert with a cooling fluid in the inner barrel; a coil unit arranged and disposed to apply an alternating magnetic field to the ultrasonic insert when positioned in the inner barrel, the coil unit including a bucking/feedback coil extending from a drive coil in electrical communication with electrical contacts, the bucking/feedback coil and/or the drive coil being secured to a coil form which serves as a base structure for the coil unit; an outer sheath extending around at least a portion of the coil unit; one or more securing mechanisms arranged and disposed to secure the dental handpiece and permit disassembly of the dental handpiece; wherein the dental handpiece includes flow regions permitting steam, chemicals, and heat to flow into the inner barrel and out of the inner barrel during a sterilization technique; wherein the outer sheath extends around the coil unit, and the coil unit extends around the inner barrel; and wherein the coil unit is movably secured within the outer sheath.
Method for regulating the tyre pressure of vehicles, in particular utility vehicles, as a function of driving operating parameters and of vehicle parameters, wherein during the driving operation carriageway parameters which relate to the current state of the carriageway are acquired, wherein the regulation of the tyre pressure is influenced as a function of the carriageway parameters, wherein the regulation of the tyre pressure takes place depending on the conditions of use and state of the vehicle and taking into account tyre parameters in a range between the tyre-specific and/or load-specific maximum pressure and minimum pressure, characterized in that the stored tyre parameters take into account the change in the properties of the tyres as a function of the tyre wear.
A compressing and shredding device for integration in a hygiene station for human hand hygiene, said device being designed to compress and shred hand towels, in particular used and wet disposable paper towels, the compressing and shredding device comprising: - at least one receiving container having a feed opening and having an interior for receiving compressed and shredded hand towels; - at least one compressing and/or shredding unit for compressing and shredding hand towels, said unit being located at the feed opening of the receiving container; and - at least one shredding drive unit for driving the compressing and/or shredding unit, the compressing and/or shredding unit having at least two rollers which are arranged in parallel with one another and rotate in opposite directions about the axes thereof, characterized in that the compressing and/or shredding unit is associated with a pressing device which, by means of a pressing drive unit, is movable between two end positions at different distances from the compressing and/or shredding unit and allows hand towels to be pressed against the compressing and/or shredding unit. - at least one receiving container having a feed opening and having an interior for receiving compressed and shredded hand towels; - at least one compressing and/or shredding unit for compressing and shredding hand towels, said unit being located at the feed opening of the receiving container; and - at least one shredding drive unit for driving the compressing and/or shredding unit,
An assembly in a turbine comprising: - at least one turbine ring made of ceramic material composite with a matrix and silicon carbide SiC fibres, the ring including a plurality of sectors (10, 36), arranged circumferentially end-to-end, each of the ring sectors (10, 40, 42) comprises at least one circumferential edge (26, 28, 52, 53, 54, 55) provided with at least one slot (30a, 30b, 30c, 56, 58) opening out circumferentially, - at least one sealing member 60 being inserted for a first portion into one of said slots (30a, 30b, 30c, 56, 58) of an edge of a first ring sector and for a second portion into one of said slots (30a, 30b, 30c, 56, 58) of an edge of a second ring sector, circumferentially adjacent to the first ring sector, the assembly being characterised in that the sealing member 60 is made of composite material with a ceramic matrix with a matrix and oxide fibres. - at least one turbine ring made of ceramic material composite with a matrix and silicon carbide SiC fibres, the ring including a plurality of sectors (10, 36), arranged circumferentially end-to-end, each of the ring sectors (10, 40, 42) comprises at least one circumferential edge (26, 28, 52, 53, 54, 55) provided with at least one slot (30a, 30b, 30c, 56, 58) opening out circumferentially, - at least one sealing member 60 being inserted for a first portion into one of said slots (30a, 30b, 30c, 56, 58) of an edge of a first ring sector and for a second portion into one of said slots (30a, 30b, 30c, 56, 58) of an edge of a second ring sector, circumferentially adjacent to the first ring sector,
A method performed by a network switch, the method comprising: receiving instructions to monitor a switch resource; monitoring time-series data for traffic received and transmitted by the switch; identifying peaks for the switch resource in a specified time period for the monitored data; comparing the identified peaks with data provided during a training phase of a machine learning algorithm to identify whether the monitored data includes an anomaly; generating an alert when the data is identified as containing an anomaly; and temporarily pausing transmission of packets from the switch when the data is identified as containing an anomaly, wherein monitoring time-series data for traffic received and transmitted by the switch includes monitoring a number of packets, bytes, and source-destination pairs. receiving instructions to monitor a switch resource; monitoring time-series data for traffic received and transmitted by the switch; identifying peaks for the switch resource in a specified time period for the monitored data; comparing the identified peaks with data provided during a training phase of a machine learning algorithm to identify whether the monitored data includes an anomaly; generating an alert when the data is identified as containing an anomaly; and temporarily pausing transmission of packets from the switch when the data is identified as containing an anomaly, wherein monitoring time-series data for traffic received and transmitted by the switch includes monitoring a number of packets, bytes, and source-destination pairs.
A swirler assembly for swirling fluid in a nozzle comprising: a swirler comprising a swirler body defining: an inlet end; an outlet end opposed to the inlet end; and a circumferential periphery extending axially from the inlet end to the outlet end, wherein the outlet end defines a first swirl chamber, and the inlet end defines a second swirl chamber; characterized by a cap engaged with the inlet end of the swirler body for closing off the second swirl chamber, wherein the cap includes a swirl chamber insert for mating engagement with the second swirl chamber to close off the second swirl chamber. an inlet end; an outlet end opposed to the inlet end; and a circumferential periphery extending axially from the inlet end to the outlet end, wherein the outlet end defines a first swirl chamber, and the inlet end defines a second swirl chamber; characterized by a cap engaged with the inlet end of the swirler body for closing off the second swirl chamber, wherein the cap includes a swirl chamber insert for mating engagement with the second swirl chamber to close off the second swirl chamber.