mhurhangee/ep-ind-claims huggingface dataset:
A cooking device comprising a body; a cooking chamber which is disposed in the body and wherein the foodstuffs to be cooked are placed; a casing in the form of a box with the front side open which has a plurality of side walls surrounding the cooking chamber; a fan which is disposed at the front section of the casing; a motor which is disposed behind the casing; and a shaft which is connected to the motor at one end and to the fan at the other end on the casing and which extends into the cooking chamber through at least one opening on the rear wall so as to transfer the movement of the motor to the fan, a sealing member which is disposed between the casing and the motor and which has a hole thereon through which the shaft passes characterized by a support plate disposed on the casing and having a U-shaped housing wherein the sealing member is disposed, a plurality of arms which is on the support plate surrounding the housing such that one end of each contacts the sealing member, a skirt which extends at the upper section of the sealing member in the housing so as to be perpendicular to the support plate.
A method for manufacturing a rack bar, the method comprising: pressing a teeth forming die against an external surface of a teeth base portion of a hollow shaft member, the teeth base portion being flat and extending in an axial direction of the shaft member; and forming teeth on the teeth base portion by causing a material of the teeth base portion to plastically flow toward the teeth forming die, wherein the forming of the teeth comprises sequentially inserting a plurality of mandrels into the shaft member with the teeth forming die being pressed against the external surface of the teeth base portion, wherein each of the mandrels has a pressing portion configured to contact an internal surface of the teeth base portion when inserted into the shaft member, wherein the plurality of mandrels includes a first mandrel and a second mandrel to be inserted into the shaft member after inserting the first mandrel into the shaft member, wherein, with respect to a height direction perpendicular to the teeth base portion, a size of the second mandrel is greater than a size of the first mandrel, characterized in that with respect to a width direction perpendicular to the axial direction and the height direction, the size of the pressing portion of the second mandrel is smaller than the size of the pressing portion of the first mandrel. pressing a teeth forming die against an external surface of a teeth base portion of a hollow shaft member, the teeth base portion being flat and extending in an axial direction of the shaft member; and forming teeth on the teeth base portion by causing a material of the teeth base portion to plastically flow toward the teeth forming die, wherein the forming of the teeth comprises sequentially inserting a plurality of mandrels into the shaft member with the teeth forming die being pressed against the external surface of the teeth base portion, wherein each of the mandrels has a pressing portion configured to contact an internal surface of the teeth base portion when inserted into the shaft member, wherein the plurality of mandrels includes a first mandrel and a second mandrel to be inserted into the shaft member after inserting the first mandrel into the shaft member, wherein, with respect to a height direction perpendicular to the teeth base portion, a size of the second mandrel is greater than a size of the first mandrel, characterized in that with respect to a width direction perpendicular to the axial direction and the height direction, the size of the pressing portion of the second mandrel is smaller than the size of the pressing portion of the first mandrel.
A measuring device for a container having a process fitting for determining the concentration of a constituent in a substantially liquid container content using a concentration sensor, characterized in that the measuring device comprises a filter, a retrieval line and a pump, wherein the filter is arranged within the container and the concentration sensor external to the container, and that the retrieval line extend starting from the filter through the process fitting to the concentration sensor, wherein the concentration sensor is connected to the pump and the pump conveys the container content from the container through the filter via the retrieval line to the concentration sensor, wherein the retrieval line has at least one curvature arranged between the filter and the process fitting.
Handling system for handling a stack of stackable flat elements, in particular carton elements, wherein the handling system comprises a transfer system for transferring a stack of stackable flat elements, in particular carton elements, to a processing device, the transfer system comprising a delivery ramp comprising a receiving surface for receiving the stack, a first comb structure comprising at least one first supporting platform onto which at least an edge portion of the stack is supportable, wherein the first comb structure is mounted to the delivery ramp, and a second comb structure comprising at least two second supporting platforms onto which at least the edge portion of the stack is supportable, wherein the second comb structure is configured for supplying the stack to the processing device, wherein the first supporting platform and the second supporting platforms are arranged along a first direction one after another in an interleaved manner such that the edge portion is supportable onto the first supporting platform and the second supporting platforms, wherein the first comb structure and the second comb structure are movable along a lifting direction with respect to each other such that the edge portion of the stack is supportable selectively by the first supporting platform or by the second supporting platforms, wherein the two second supporting platforms are spaced along the first direction such that the first supporting platform is movable along the lifting direction through the space between the two second supporting platforms characterised by the handling system further comprising a portioning system for portioning the stackable flat elements in the stack for providing the stack to the transfer system, the portioning system comprising a stacking section onto which the flat elements are stackable, wherein the delivery ramp is arranged adjacent to the stacking section in such a way that the stack is pushable from the stacking section to the delivery ramp, and a feeder device comprising a lifting platform and a pushing platform, wherein the feeder device is movable along a linear track for pushing the stack to the delivery ramp, and wherein the feeder device is further movable along the lifting direction having at least a component being parallel to the gravity direction, wherein the feeder device is configured such that the lifting platform is movable partially below the flat elements defining the stack such that a further edge portion of the stack is arranged onto the lifting platform for being liftable by the lifting platform, and wherein the feeder device is further is configured such that the stack is pushable by the pushing platform along the linear track until the stack is arranged onto the delivery ramp. a stacking section onto which the flat elements are stackable, wherein the delivery ramp is arranged adjacent to the stacking section in such a way that the stack is pushable from the stacking section to the delivery ramp, and a feeder device comprising a lifting platform and a pushing platform,
A system for digitally overlaying an image with another image, comprising a storage for storing a model of a real world space, wherein the model includes an overlay surface to be overlaid with an overlay image, wherein the overlay surface in the model represents a display device in the real world, wherein the display device is configured to display a moving image on the display device in the real world by emitting radiation in one or more pre-determined frequency ranges; a camera parameter interface for receiving camera parameters, which calibrate at least one camera with respect to coordinates of the model; a camera image interface for receiving at least one image captured with respective said at least one camera substantially at the same time, said at least one captured image comprising a detection image, wherein the camera used to capture the detection image is configured to detect radiation having a frequency outside all of the one or more pre-determined frequency ranges and distinguish the detected radiation outside all of the one or more pre-determined frequency ranges from radiation inside the one or more pre-determined frequency ranges; a positioner for determining a position of the overlay surface within said at least one captured image based on the model and the camera parameters; a detector for detecting an occluding object at least partially occluding the overlay surface in a selected captured image of said at least one captured image based on an image property of the occluding object and the detection image; an overlayer for overlaying a non-occluded portion of the overlay surface in the selected captured image with the overlay image to obtain an output image, wherein the overlayer is configured to overlay the moving image displayed on the display device in the real world with the overlay image in the selected captured image; and an output interface for outputting the output image.
A prosthetic foot comprising: an elongate foot member (1010, 1010') extending from a proximal end (1012, 1012') to a distal end (1014, 1014') and having an arch region between the proximal end (1012, 1012') and the distal end (1014, 1014'), characterized in that it further comprises an ankle module operably coupled to the foot member (1010, 1010') and configured to be coupled to a lower limb member, wherein the ankle module comprises a hydraulic adjustment mechanism, the hydraulic adjustment mechanism selectively actuatable to adjust an angle between the prosthetic foot and the lower limb member to allow for adjustment of a heel height of the prosthetic foot; and a cosmesis, a foot portion (1210, 1230) of the cosmesis configured to receive the foot member (1010, 1010'), wherein when the foot member (1010, 1010') is disposed in the cosmesis and the foot is resting on a support surface in a neutral position with the prosthetic foot adjusted to a neutral heel height, the arch region of the foot member (1010, 1010') is separated from an inner surface of a sole portion of the foot portion (1210, 1230) of the cosmesis by a gap, and wherein the gap allows the cosmesis to adapt to varying heel heights of the prosthetic foot, the foot portion (1210, 1230) of the cosmesis comprising a region of channels or recesses in the inner surface of the sole portion of the foot portion (1210, 1230) of the cosmesis, the region of channels or recesses configured to allow the sole portion of the foot portion (1210, 1230) of the cosmesis to flex to adapt to varying heel heights of the prosthetic foot. an elongate foot member (1010, 1010') extending from a proximal end (1012, 1012') to a distal end (1014, 1014') and having an arch region between the proximal end (1012, 1012') and the distal end (1014, 1014'), characterized in that it further comprises an ankle module operably coupled to the foot member (1010, 1010') and configured to be coupled to a lower limb member, wherein the ankle module comprises a hydraulic adjustment mechanism, the hydraulic adjustment mechanism selectively actuatable to adjust an angle between the prosthetic foot and the lower limb member to allow for adjustment of a heel height of the prosthetic foot; and a cosmesis, a foot portion (1210, 1230) of the cosmesis configured to receive the foot member (1010, 1010'), wherein when the foot member (1010, 1010') is disposed in the cosmesis and the foot is resting on a support surface in a neutral position with the prosthetic foot adjusted to a neutral heel height, the arch region of the foot member (1010, 1010') is separated from an inner surface of a sole portion of the foot portion (1210, 1230) of the cosmesis by a gap, and wherein the gap allows the cosmesis to adapt to varying heel heights of the prosthetic foot, the foot portion (1210, 1230) of the cosmesis comprising a region of channels or recesses in the inner surface of the sole portion of the foot portion (1210, 1230) of the cosmesis, the region of channels or recesses configured to allow the sole portion of the foot portion (1210, 1230) of the cosmesis to flex to adapt to varying heel heights of the prosthetic foot.
A substrate holder (1, 1', 1", 1′′′, 1′′′′, 1′′′ʺ) for mounting a substrate, comprising fixing elements (6, 6', 6") for fixing the substrate, wherein the fixing elements (6, 6', 6") are grouped into zones (7, 7'), wherein the zones (7, 7') are arranged in the form of a circle, wherein a plurality of zones are located exclusively in the periphery of the substrate holder, and characterised in that the plurality of zones are separated from one another azimutally.
Container for cultures, comprising: a flexible strip comprising a central portion and two side edges (1a and 1b), at least two stiffeners (2a, 2b) arranged along the width of the strip such that at least one of the ends (3a or 3b) of each of said stiffeners extends over the associated edge, at least one means for connecting two ends of stiffeners arranged on opposite edges, the connecting means holding the two ends up such that the central portion of the strip forms the base of the container and the edges of the strip (1a and 1b) form the side walls of said container. a flexible strip comprising a central portion and two side edges (1a and 1b), at least two stiffeners (2a, 2b) arranged along the width of the strip such that at least one of the ends (3a or 3b) of each of said stiffeners extends over the associated edge, at least one means for connecting two ends of stiffeners arranged on opposite edges, the connecting means holding the two ends up such that the central portion of the strip forms the base of the container and the edges of the strip (1a and 1b) form the side walls of said container.
Process of manufacturing a block of material for construction comprising the following steps: - mix aggregates containing calcium carbonate and/or magnesium carbonate and water to form an aqueous mixture, - transfer the aqueous mixture in a pressurized, hermetically sealed reactor, - introduce an acid gas or gas produced by means of an acid in said reactor in order to form in part or totally calcium and/or magnesium bicarbonate reacting with said calcium and/or magnesium carbonate contained in said aggregates, - transfer said reaction product in a closed mold comprising a set of vents and increase the compression pressure P e of the mold to reach the shrinkage pressure having a value P def, comprised between about 3 to 6 MPa and allow the excess gas and water to get out of the mold through the set of vents, continue the increase of the compression pressure P e above a value of P fix comprised between about 5 to 50 Mpa in order to induce a molecular exchange reaction which favors dissolution of the calcium and/or magnesium carbonate in presence of hydrogencarbonate, and continue the increase of the compression pressure P e until obtaining a maximum compactness of the mixture, - depressurize progressively the mold and extract the block of material obtained, and; - observe a curing period during which the calcium and/or magnesium bicarbonate crystallize in calcium and/or magnesium carbonate and create the endogenous binder between the grains to allow the solidification of said block of material obtained. - mix aggregates containing calcium carbonate and/or magnesium carbonate and water to form an aqueous mixture, - transfer the aqueous mixture in a pressurized, hermetically sealed reactor, - introduce an acid gas or gas produced by means of an acid in said reactor in order to form in part or totally calcium and/or magnesium bicarbonate reacting with said calcium and/or magnesium carbonate contained in said aggregates, - transfer said reaction product in a closed mold comprising a set of vents and increase the compression pressure P e of the mold to reach the shrinkage pressure having a value P def, comprised between about 3 to 6 MPa and allow the excess gas and water to get out of the mold through the set of vents, continue the increase of the compression pressure P e above a value of P fix comprised between about 5 to 50 Mpa in order to induce a molecular exchange reaction which favors dissolution of the calcium and/or magnesium carbonate in presence of hydrogencarbonate, and continue the increase of the compression pressure P e until obtaining a maximum compactness of the mixture, - depressurize progressively the mold and extract the block of material obtained, and; - observe a curing period during which the calcium and/or magnesium bicarbonate crystallize in calcium and/or magnesium carbonate and create the endogenous binder between the grains to allow the solidification of said block of material obtained.
A radio frequency, RF, chip (34a, 34b, 44a, 44b, 54a, 54b, 64, 73a, 73b, 93, 110, 110', 154, 162, 173a, 173b, 173_1c, 173_2c, 183) configured to process an RF signal, the RF chip (34a, 34b, 44a, 44b, 54a, 54b, 64, 73a, 73b, 93, 110, 110', 154, 162, 173a, 173b, 173_1c, 173_2c, 183) comprising: an input/out pin for connecting to an antenna (22_1 - 22_n, 32a, 32b, 42a, 42b, 52a, 52b, 152_1, 187_1 - 187_4); a first output pin (OUT1, OUT41, OUT51, OUT151) and a first input pin (IN1, IN41, IN51, IN151)for respectively connecting to electrodes of a first active device included in a first active device array (36b, 74_1, 74_1a, 74_1b, 94_1, 164_1, 182_1) separated from the RF chip; and a transmission circuit constituting a part of a transmission path (TX1 - TXn) for generating the RF signal to be provided to the antenna (22_1 - 22_n, 32a, 32b, 42a, 42b, 52a, 52b, 152_1, 187_1 - 187_4), wherein the transmission path (TX1 - TXn) sequentially passes through the first output pin (OUT1, OUT41, OUT51, OUT151), the first active device, and the first input pin (IN1, IN41, IN51, IN151). an input/out pin for connecting to an antenna (22_1 - 22_n, 32a, 32b, 42a, 42b, 52a, 52b, 152_1, 187_1 - 187_4); a first output pin (OUT1, OUT41, OUT51, OUT151) and a first input pin (IN1, IN41, IN51, IN151)for respectively connecting to electrodes of a first active device included in a first active device array (36b, 74_1, 74_1a, 74_1b, 94_1, 164_1, 182_1) separated from the RF chip; and a transmission circuit constituting a part of a transmission path (TX1 - TXn) for generating the RF signal to be provided to the antenna (22_1 - 22_n, 32a, 32b, 42a, 42b, 52a, 52b, 152_1, 187_1 - 187_4), wherein the transmission path (TX1 - TXn) sequentially passes through the first output pin (OUT1, OUT41, OUT51, OUT151), the first active device, and the first input pin (IN1, IN41, IN51, IN151).
Breathing apparatus comprising a case containing a motorised micro-blower, characterised in that: - the case is formed from at least one first and one second portion of a case (1a, 1b) assembled to one another, the first case portion comprising a first internal compartment and a second internal compartment, - the micro-fan is arranged in the first internal compartment by being sandwiched between the first and second case portions (1a, 1b), - the outlet of the micro-fan is in fluidic communication with the second internal compartment, - the second internal compartment comprises a gas outlet orifice in fluidic communication with a duct element integral with the first case portion, and - the duct element comprises a gas passage and at least one first, one second and one third pressure tap tubing (8, 9, 10) integral with the duct element and in fluidic communication with the gas passage. - the case is formed from at least one first and one second portion of a case (1a, 1b) assembled to one another, the first case portion comprising a first internal compartment and a second internal compartment, - the micro-fan is arranged in the first internal compartment by being sandwiched between the first and second case portions (1a, 1b), - the outlet of the micro-fan is in fluidic communication with the second internal compartment, - the second internal compartment comprises a gas outlet orifice in fluidic communication with a duct element integral with the first case portion, and - the duct element comprises a gas passage and at least one first, one second and one third pressure tap tubing (8, 9, 10) integral with the duct element and in fluidic communication with the gas passage.
A method of checking tyre pressures using a control device having a wireless communication interface and at least one tyre monitoring device, each tyre monitoring device mounted on a respective wheel of a vehicle and comprising a wireless communication interface and a pressure sensor for sensing an inflation pressure of a tyre on the respective wheel, the method comprising, at the control device: receiving an input and, responsive to the input: identifying a plurality of tyre monitoring devices within a wireless communication range of the control device, wherein the identifying comprises receiving responses from each tyre monitoring device within the wireless communication range, each response including a vehicle identifier associated with a vehicle upon which the tyre monitoring device is installed; selecting a vehicle identifier to be the subject of the request to check a tyre pressure based on the received responses; and sending a request to check tyre pressure to at least one tyre monitoring device associated with the selected vehicle identifier. identifying a plurality of tyre monitoring devices within a wireless communication range of the control device, wherein the identifying comprises receiving responses from each tyre monitoring device within the wireless communication range, each response including a vehicle identifier associated with a vehicle upon which the tyre monitoring device is installed; selecting a vehicle identifier to be the subject of the request to check a tyre pressure based on the received responses; and sending a request to check tyre pressure to at least one tyre monitoring device associated with the selected vehicle identifier.