mhurhangee/ep-ind-claims huggingface dataset:
A razor cartridge comprising: at least one razor blade having a cutting edge; a blade housing configured to accommodate the at least one razor blade in a longitudinal direction, which is perpendicular to a shaving direction; and a pair of fixing clips (7a, 7b) configured to secure both ends of the at least one razor blade to be seated in the blade housing, characterized in that: the blade housing includes a pair of side slits (80a, 80b) which are disposed at a forward position with respect to the at least one razor blade and configured to be open at a side end of the blade housing; and each of the pair of fixing clips (7a, 7b) includes a first leg portion (71a, 71b) and a second leg portion (72a, 72b), wherein for each of the fixing clips (7a, 7b), the corresponding first leg portion (71a, 71b) is accommodated in a corresponding side slit (80a, 80b) of the pair of side slits (80a, 80b) and the corresponding second leg portion (72a, 72b) is wrapped around a rear end of the blade housing. at least one razor blade having a cutting edge; a blade housing configured to accommodate the at least one razor blade in a longitudinal direction, which is perpendicular to a shaving direction; and a pair of fixing clips (7a, 7b) configured to secure both ends of the at least one razor blade to be seated in the blade housing, characterized in that: the blade housing includes a pair of side slits (80a, 80b) which are disposed at a forward position with respect to the at least one razor blade and configured to be open at a side end of the blade housing; and each of the pair of fixing clips (7a, 7b) includes a first leg portion (71a, 71b) and a second leg portion (72a, 72b), wherein for each of the fixing clips (7a, 7b), the corresponding first leg portion (71a, 71b) is accommodated in a corresponding side slit (80a, 80b) of the pair of side slits (80a, 80b) and the corresponding second leg portion (72a, 72b) is wrapped around a rear end of the blade housing.
A battery system comprising: a plurality of battery cells connected in a series circuit and configured to supply a total voltage output; a housing comprising: a plurality of walls; a battery chamber formed by the plurality of walls and configured to hold the plurality of battery cells; and a plurality of openings in the plurality of walls and configured to allow a fluid to flow from the battery chamber to an environment outside of the housing; a conditioned air system configured to pump conditioned air into the battery chamber of the housing, wherein the conditioned air creates a positive pressure inside the battery chamber that causes the fluid to flow from the battery chamber to the environment outside of the housing; and a bypass circuit configured to determine whether a voltage output from a battery cell in the plurality of battery cells has fallen below a selected threshold and to bypass the battery cell in the series circuit in response to a determination that the voltage output from the battery cell has fallen below the selected threshold. a plurality of battery cells connected in a series circuit and configured to supply a total voltage output; a housing comprising: a plurality of walls; a battery chamber formed by the plurality of walls and configured to hold the plurality of battery cells; and a plurality of openings in the plurality of walls and configured to allow a fluid to flow from the battery chamber to an environment outside of the housing; a plurality of walls; a battery chamber formed by the plurality of walls and configured to hold the plurality of battery cells; and a plurality of openings in the plurality of walls and configured to allow a fluid to flow from the battery chamber to an environment outside of the housing; a conditioned air system configured to pump conditioned air into the battery chamber of the housing, wherein the conditioned air creates a positive pressure inside the battery chamber that causes the fluid to flow from the battery chamber to the environment outside of the housing; and a bypass circuit configured to determine whether a voltage output from a battery cell in the plurality of battery cells has fallen below a selected threshold and to bypass the battery cell in the series circuit in response to a determination that the voltage output from the battery cell has fallen below the selected threshold.
An industrial vehicle body comprising a bed and a plurality of perimetric side boards, where at least one protective element is mounted at an upper edge of at least one perimetric side board, the protective element comprising, transversally to its own main line of extension, an inverted U-shaped cross-section and comprising at least a semi-rigid body and a shaped layer of soft material applied on top of the semi-rigid body, the protective element also comprising an upper wall extending mainly horizontally and comprising a lower coupling face resting on said upper edge, and two lateral walls which are fixed to the upper wall, extending mainly vertically and each comprising an inner coupling face which is at least partly opposite said at least one perimetric side board, the upper wall and the lateral walls being part of the semi-rigid body, wherein each lateral wall comprises a first portion projecting towards the other lateral wall relative to a second portion of the lateral wall itself which is adjacent to the first portion on the side of the upper wall, said first projecting portion forming a hooking housing in which at least one third portion is inserted, belonging to the at least one perimetric side board, the interaction between the first portion and the third portion opposing the upward sliding and rotation about itself of the protective element, wherein the protective element is hooked snap-on style to the at least one perimetric side board; and wherein the upper wall comprises, at its lower coupling face, at least one shaped seat in which there is inserted one or more projecting elements which are fixed to the at least one side board, the shaped seat and each projecting element operating in conjunction with one another to prevent the sliding of the protective element transversally to the upper edge, at least in one direction, along a line which is perpendicular to its main line of extension.
Domestic appliance for textiles being a home dryer or washing machine, wherein the domestic appliance is equipped with a steam unit for applying water steam, especially hot or superheated steam, to the textiles, wherein a water supply unit is provided in the domestic appliance for receiving water destined for the steam unit and for forwarding this water to the steam unit, wherein the water supply unit is designed to be connected to an external water source being a water source outside the domestic appliance, especially a public water supply, wherein the water supply unit comprises a water softening unit arranged to provide water with a preset and/or reduced and/or low water hardness for the steam unit, and wherein the domestic appliance comprises means for preventing the activation and/or operation of the steam unit, especially of a steam generator, if no or not enough water is forwarded to the steam unit, characterized in that the water softening unit comprises an exchangeable filter cartridge.
A cartridge that is attached to or detached from a main body of an image forming apparatus, comprising: a memory unit that includes a contact portion via which the cartridge is connected to the main body and that is connected to the main body to transmit information of the cartridge to the main body; and a moving member on which the contact portion is mounted, wherein the moving member is moved to a second position where the contact portion is protruded out of the cartridge in order to be connected to a connection portion provided in the main body and a first position where the contact portion is accommodated inside the cartridge, wherein the cartridge further comprises a first exit through which the contact portion moves in and out, a shutter that opens or closes the first exit, and a first elastic member that provides an elastic force to the shutter in a direction to close the first exit, characterised in that the moving member includes an interference arm to push the shutter to open the first exit when the cartridge is mounted in the main body. a memory unit that includes a contact portion via which the cartridge is connected to the main body and that is connected to the main body to transmit information of the cartridge to the main body; and a moving member on which the contact portion is mounted, wherein the moving member is moved to a second position where the contact portion is protruded out of the cartridge in order to be connected to a connection portion provided in the main body and a first position where the contact portion is accommodated inside the cartridge, wherein the cartridge further comprises a first exit through which the contact portion moves in and out, a shutter that opens or closes the first exit, and a first elastic member that provides an elastic force to the shutter in a direction to close the first exit, characterised in that the moving member includes an interference arm to push the shutter to open the first exit when the cartridge is mounted in the main body.
A method for unloading a patient transport device from a vehicle, in particular from a patient transport or emergency ambulance, the vehicle comprising a loading area and a receiving device thereon having an extendable and retractable receiving slide for the patient transport device on which the patient transport device is positioned to be locked by means of a locking device in a locking position, comprising the following steps: aa) unlocking the receiving slide, which is in its fully retracted retraction position and directly or indirectly locked to the vehicle in this state, bb) extending the receiving slide up to an unloading position in which the receiving slide is automatically locked and at least partially protrudes towards the rear beyond the loading area of the vehicle, cc) automatically unlocking the patient transport device when the receiving slide takes up the unloading position by automatically transferring the locking device from its locking position to an unlocking position, and dd) unloading the patient transport device from the receiving slide in its unloading position. aa) unlocking the receiving slide, which is in its fully retracted retraction position and directly or indirectly locked to the vehicle in this state, bb) extending the receiving slide up to an unloading position in which the receiving slide is automatically locked and at least partially protrudes towards the rear beyond the loading area of the vehicle, cc) automatically unlocking the patient transport device when the receiving slide takes up the unloading position by automatically transferring the locking device from its locking position to an unlocking position, and dd) unloading the patient transport device from the receiving slide in its unloading position.
An aerodynamic device which has an aerodynamic wing with a gaseous working fluid blower mounted above the wing and connected to the wing by mechanical components characterized in that the aerodynamic wing has a specific form of a double-curved open surface made up by a system of longitudinal grooves (7, 8) along the entire surface of the wing surface and with a vertical longitudinal plane of symmetry; along the trajectory of gaseous working fluid flow, the wing has a convergent segment and a divergent segment; between the convergent and the divergent segments there is a smooth transitional segment; the wing outlines have end elements to prevent the air flowing from the lower surface to the upper surface; in the transitional and the divergent segments on the wing lower surface which is not blown by air, there is a controlled drive system for the wing surface cambering and area changing; the divergent segment tip on the wing trailing edge has a deflectable controlled element.
An apparatus, comprising: an audio signal classifier to analyze, with a neural network, a parameter of an audio signal associated with a first volume level to determine a classification group associated with the audio signal; an input volume detector to determine an input volume of the audio signal, the audio signal classifier configured to determine a classification gain value based on the classification group and the determined input volume; a volume adjuster to apply a first weight to the classification gain value and a second weight to the input volume to determine a targeted gain value, the volume adjuster further configured to apply the targeted gain value to the audio signal to modify the first volume level to a second volume level; and a dynamic range compressor to apply a compression value to the audio signal, the compression value to modify the second volume level to a third volume level that satisfies a target volume range. an audio signal classifier to analyze, with a neural network, a parameter of an audio signal associated with a first volume level to determine a classification group associated with the audio signal; an input volume detector to determine an input volume of the audio signal, the audio signal classifier configured to determine a classification gain value based on the classification group and the determined input volume; a volume adjuster to apply a first weight to the classification gain value and a second weight to the input volume to determine a targeted gain value, the volume adjuster further configured to apply the targeted gain value to the audio signal to modify the first volume level to a second volume level; and a dynamic range compressor to apply a compression value to the audio signal, the compression value to modify the second volume level to a third volume level that satisfies a target volume range.
An apparatus for generating a magnetic field for tracking of an object within an area of interest, the apparatus comprising: a low-density magnetic field transmitting element configured and arranged to emit the magnetic field in the area of interest and is x-ray translucent, wherein the magnetic field transmitting element includes a multi-layer substrate having a first layer and a second layer, wherein first electrical traces (502 1-5) are printed on the first layer and second electrical traces (503 1-4) are printed on the second layer, wherein the first and second electrical traces are electrically coupled to one another with vias, which extend through the substrate between the first and second layers for forming a coil extending parallel relative to a top surface of the substrate. a low-density magnetic field transmitting element configured and arranged to emit the magnetic field in the area of interest and is x-ray translucent, wherein the magnetic field transmitting element includes a multi-layer substrate having a first layer and a second layer, wherein first electrical traces (502 1-5) are printed on the first layer and second electrical traces (503 1-4) are printed on the second layer, wherein the first and second electrical traces are electrically coupled to one another with vias, which extend through the substrate between the first and second layers for forming a coil extending parallel relative to a top surface of the substrate.
A method for continuously making kettle style potato chips in a continuous fryer with no flume comprising the steps of: placing a plurality of potato slices directly after slicing into an upstream portion of a first zone of the continuous fryer in random order and at an initial oil temperature of between 135°C and 148°C, wherein the continuous fryer is a single, continuous, multizone fryer having a consistent and single oil depth, and wherein an oil cooler draws oil from multiple outlets (45, 49, 53) throughout the continuous fryer to control the first zone temperature; frying the potato slices in said first zone for between 1 to 3 minutes before passing into a second zone of the continuous fryer, wherein the first zone comprises a first zone exit oil temperature of between 110°C and 122°C; injecting heated oil into the second zone downstream from the first zone of the continuous fryer and frying the potato slices within the second zone at a second zone temperature of between 130°C to 150°C for 2 to 4 minutes before the potato slices pass downstream from the second zone into a third zone of the continuous fryer; and injecting heated oil into the third zone downstream from the second zone and frying the potato slices in the third zone under a submerger at a temperature of between 140°C to 160°C until a potato slice exit moisture content of 1.0% to 2.0% is achieved. placing a plurality of potato slices directly after slicing into an upstream portion of a first zone of the continuous fryer in random order and at an initial oil temperature of between 135°C and 148°C, wherein the continuous fryer is a single, continuous, multizone fryer having a consistent and single oil depth, and wherein an oil cooler draws oil from multiple outlets (45, 49, 53) throughout the continuous fryer to control the first zone temperature; frying the potato slices in said first zone for between 1 to 3 minutes before passing into a second zone of the continuous fryer, wherein the first zone comprises a first zone exit oil temperature of between 110°C and 122°C; injecting heated oil into the second zone downstream from the first zone of the continuous fryer and frying the potato slices within the second zone at a second zone temperature of between 130°C to 150°C for 2 to 4 minutes before the potato slices pass downstream from the second zone into a third zone of the continuous fryer; and injecting heated oil into the third zone downstream from the second zone and frying the potato slices in the third zone under a submerger at a temperature of between 140°C to 160°C until a potato slice exit moisture content of 1.0% to 2.0% is achieved.
A method for managing an application in a digital device, comprising: receiving identification information of an accessory device from the accessory device if the accessory device is connected to the digital device; searching, based on the identification information of the accessory device, for at least one application having a function of controlling the accessory device from among at least one application installed in the digital device; acquiring information about at least one new application, which has a function of controlling the accessory device but is not installed in the digital device, from an application providing server, and displaying at least one installed application icon corresponding to the searched at least one application having a function of controlling the accessory device according to a result of the search, at least one new application icon corresponding to the at least one new application, and install icon for downloading the at least one new application in the proximity of the at least one new application icon, wherein the at least one application having a function of controlling the accessory device can control operation of the accessory device by executing the function. receiving identification information of an accessory device from the accessory device if the accessory device is connected to the digital device; searching, based on the identification information of the accessory device, for at least one application having a function of controlling the accessory device from among at least one application installed in the digital device; acquiring information about at least one new application, which has a function of controlling the accessory device but is not installed in the digital device, from an application providing server, and displaying at least one installed application icon corresponding to the searched at least one application having a function of controlling the accessory device according to a result of the search, at least one new application icon corresponding to the at least one new application, and install icon for downloading the at least one new application in the proximity of the at least one new application icon, wherein the at least one application having a function of controlling the accessory device can control operation of the accessory device by executing the function.
A method for deriving at least one key of a plurality of keys used to descramble scrambled data, each key of the plurality of keys corresponding to a specific time period of the scrambled data, comprising: receiving the scrambled data at a conditional access device; receiving at least one of the keys of the plurality of keys and a one way function at the conditional access device, wherein the plurality of keys are related to each other in an ordered sequence based on the one way function; deriving at least one additional key from the at least one received key and the one way function; and using the at least one derived key to descramble the received scrambled data in the conditional access device, wherein the keys of the plurality of keys are related to each other in such a way that the key corresponding to a given time period is derived from the key corresponding to the next time period by applying the one way function. receiving the scrambled data at a conditional access device; receiving at least one of the keys of the plurality of keys and a one way function at the conditional access device, wherein the plurality of keys are related to each other in an ordered sequence based on the one way function; deriving at least one additional key from the at least one received key and the one way function; and using the at least one derived key to descramble the received scrambled data in the conditional access device, wherein the keys of the plurality of keys are related to each other in such a way that the key corresponding to a given time period is derived from the key corresponding to the next time period by applying the one way function.
Plug connector of plastics material for connecting spacer hollow sections of metal, plastics material or the like, for insulating glass units, wherein the plug connector is provided at lateral webs thereof with outwardly directed blades inclined rearwardly against the direction of insertion and is so formed in the region of the base surface thereof and in the region of the lateral webs thereof that it can be inserted into a hollow section with at least approximate interlocking effect, characterised in that the rearwardly inclined blades are resiliently connected with the plug connector.
An apparatus for conveying workpieces, in particular in a manufacturing line of automobiles, comprising a conveyor system for supporting and transporting the workpieces, and an adapter for connecting the workpieces to said conveyor system, wherein said adapter comprises a locking mechanism having at least one first locking element for locking said adapter on the receptacle of the workpiece and at least one second locking element for locking said adapter on the receptacle (60, 64) of said conveyor system, characterized in that said locking mechanism comprises an actuator for operating said at least one first locking element and said at least one second locking element; and said at least one first locking element and said at least one second locking element are coupled together via said actuator such that either said at least one first locking element is in its position to lock said adapter on said receptacle of the workpiece or said at least one second locking element is in its position to lock said adapter on said receptacle (60, 64) of said conveyor system or said at least one first locking element and said at least one second locking element are in their positions to lock said adapter on said receptacle (74, 60, 64) of the workpiece or said conveyor system.