mhurhangee/patent-ind-claim-en huggingface dataset:
A work platform for use in aerial work platform apparatus, said work platform comprising a main deck , an extension deck supported on said main deck, said extension deck having a floor and guardrails ; characterized in that said extension deck further includes: a work step , said step being pivotable from a work position in which it is horizontally oriented above said floor to a vertical storage position when not in use; at least one first hinge connecting said step to support structure on said extension deck; and at least one step support leg and second hinge connecting said step to said support leg to support said step in said work position above said deck . a work step , said step being pivotable from a work position in which it is horizontally oriented above said floor to a vertical storage position when not in use; at least one first hinge connecting said step to support structure on said extension deck; and at least one step support leg and second hinge connecting said step to said support leg to support said step in said work position above said deck .
A flexible multilayer film for preparing a package, said flexible multilayer film comprising: i) a first polyethylene layer; ii) a second polyethylene sealant layer; iii) a core layer sandwiched there between the first polyethylene layer and the second polyethylene sealant layer; wherein the core layer comprises at least 80 wt.% recycled HDPE by weight of the core layer; wherein the first polyethylene layer comprises 50 wt.% to 100 wt.% recycled LLDPE, recycled LDPE or mixtures thereof. i) a first polyethylene layer; ii) a second polyethylene sealant layer; iii) a core layer sandwiched there between the first polyethylene layer and the second polyethylene sealant layer; wherein the core layer comprises at least 80 wt.% recycled HDPE by weight of the core layer; wherein the first polyethylene layer comprises 50 wt.% to 100 wt.% recycled LLDPE, recycled LDPE or mixtures thereof.
Thermal management supporting housing for a battery compartment of electric drive vehicles wherein at least two deep-drawn shells are fitted into each other whereby at least one double-floor comprised of an inner shell and an outer shell is created into which a thermal management system is integrated, said thermal management system being positioned between the outer floor of the inner shell and the inner floor of the outer shell , said battery modules positioned inside the inner shell which are separated from the thermal management system positioned between the outer floor of the inner shell and the inner floor of the outer shell by the double-floor design, characterized in that the thermal management system for cooling and heating is configured to indirectly maintain the battery modules at a temperature in the range between 15°C and 35°C,
A vehicle , in particular a mobile agricultural machine, with a sensor system for detecting human communication signals and with a control unit for controlling at least the movement of the vehicle with the aid of communication signals detected by the sensor system , wherein the sensor system is mounted on the vehicle in order to detect the communication signals directly from the vehicle , and has a detection zone which lies outside the vehicle , characterized in that the sensor system comprises at least one imaging sensor and/or at least one acoustic sensor , wherein the control unit is configured to extract control commands from detected communication signals, to classify each control command into one of at least two classes and to execute control commands of a first class independently of the identity of a person who has issued the communication signals, and to execute control commands of a second class only if a person who has issued the communication signals is legitimized, wherein the control unit is configured to check the legitimization of a person with the aid of a feature from an image of the person delivered by the imaging sensor and/or to check the legitimization of a person with the aid of a feature of their voice.
Conditioning apparatus for conditioning a data channel of at least one battery cell of a multi-cell battery , wherein the conditioning apparatus is designed to condition a signal frequency suitable for transmitting data via the data channel and/or an AC resistance (Z; Z ver ) of the data channel of the at least one battery cell , wherein the conditioning apparatus has at least one switchable capacitance and at least one switchable inductance and characterized in that the conditioning apparatus is connected between a first power supply line and a second power supply line of the at least one battery cell of the multi-cell battery , and is designed to couple the at least one switchable capacitance and the at least one switchable inductance to the data channel such that the data channel runs via at least one of the power supply lines of the at least one battery cell of the multi-cell battery in order to condition the AC resistance (Z; Z ver ) of the data channel for transmitting data via at least one of the power supply lines of the at least one battery cell of the multi-cell battery.
A display device comprising: sub-pixels (PXL1, PXL2, PXL3) disposed in a display area (DA); dummy pixels (DP1, DP2, DP3) disposed in a non-display area (NDA); a first bank (BNK1) comprising openings, each opening corresponding to a sub-pixel (PXL); a second bank (BNK2) comprising openings, each opening corresponding to a dummy pixel (DP); a color conversion layer (CCL) disposed in the openings of the first bank; and an organic layer (OL) disposed in the openings of the second bank, characterised in that a difference between a thickness of the second bank and a thickness of the organic layer is about 5 μm or less. sub-pixels (PXL1, PXL2, PXL3) disposed in a display area (DA); dummy pixels (DP1, DP2, DP3) disposed in a non-display area (NDA); a first bank (BNK1) comprising openings, each opening corresponding to a sub-pixel (PXL); a second bank (BNK2) comprising openings, each opening corresponding to a dummy pixel (DP); a color conversion layer (CCL) disposed in the openings of the first bank; and an organic layer (OL) disposed in the openings of the second bank,
Device for determining a position of the pelvis of a person , which device is designed to receive the person , comprising at least one first pressure transmission element designed to receive a sitting pressure or support pressure exerted by the coccyx or pubic bone of the person and at least one second pressure transmission element designed to receive a support pressure exerted by the sacrum of the person and an evaluation unit connected to the pressure transmission elements , wherein the evaluation unit is designed to carry out the following steps: a) Receiving and analysing measurement signals from the pressure transmission elements ; b) Determining a first characteristic pressure distribution , in which the first pressure transmission element is first acted upon by at least a part of the seating pressure of the coccyx or the first pressure transmission element is acted upon by at least a part of the support pressure of the pubic bone during a rotation of the pelvis of the person about its horizontal axis; and c) Determining a second characteristic pressure distribution , in which the seating pressure of the coccyx exerted on the first pressure transmission element has an abrupt drop and the support pressure of the sacrum exerted on the second pressure transmission element has an abrupt rise. a) Receiving and analysing measurement signals from the pressure transmission elements ; b) Determining a first characteristic pressure distribution , in which the first pressure transmission element is first acted upon by at least a part of the seating pressure of the coccyx or the first pressure transmission element is acted upon by at least a part of the support pressure of the pubic bone during a rotation of the pelvis of the person about its horizontal axis; and c) Determining a second characteristic pressure distribution , in which the seating pressure of the coccyx exerted on the first pressure transmission element has an abrupt drop and the support pressure of the sacrum exerted on the second pressure transmission element has an abrupt rise.
Arrangement of a protection valve and a closed pipe loop with an inlet and an outlet, wherein - the protection valve comprises a first and a separate second fluid transit chamber , and wherein - fluid before entering the closed pipe loop at its inlet is routed through the first fluid transit chamber of the protection valve and the fluid when leaving the pipe loop at its outlet is routed through the second fluid transit chamber of the protection valve, characterised in that each of the first and second fluid transit chambers comprises a flow measuring means that provides a mechanical force as a function of the rate of fluid flow through the respective fluid transit chamber , wherein the two flow measuring means are force-coupled and configured for the force coupling to remain stationary when the rate of fluid flow through both transit chambers fulfil a predefined fluid flow ratio, further comprising a first valve to selectively block the fluid flow through the first fluid transit chamber , wherein the first valve is linked to the force coupling to be moved from an open to a closed position in case the force coupling is actuated by the flow measuring means due to a deviation from said predefined fluid flow ratio. - the protection valve comprises a first and a separate second fluid transit chamber , and wherein - fluid before entering the closed pipe loop at its inlet is routed through the first fluid transit chamber of the protection valve and the fluid when leaving the pipe loop at its outlet is routed through the second fluid transit chamber of the protection valve, characterised in that each of the first and second fluid transit chambers comprises
Underwear garment , particularly for parachuting, comprising an undershirt and an under-helmet that are joined together, wherein: - said undershirt comprises a central portion suitable for covering the trunk of a user and an upper opening wherein the neck of a user is suitable for being positioned; said opening being defined by a front upper edge of said undershirt and by a rear upper edge of said undershirt ; - said under-helmet comprising a collar and a hood ; said hood being suitable for covering the head of the user; said hood comprising a hole having a suitable size in such a way to leave uncovered at least the eyes of the user; wherein the collar comprises a front portion suitable for covering the front of the user's neck, and a rear portion suitable for covering the back of the user's neck; - wherein said rear portion of the collar is joined to the rear upper edge of the undershirt ; - wherein said garment comprises a front opening (A) superiorly defined by the front portion of the collar and inferiorly defined by the front upper edge of said undershirt , which allows the user to easily wear or remove the under-helmet ; characterized in that it comprises a mouthpiece which is joined inferiorly to the front portion of the collar , and is suitable for being disposed in contact with the inner surface of the undershirt , namely the one facing the user's body, through said opening of the undershirt during use. - said undershirt comprises a central portion suitable for covering the trunk of a user and an upper opening wherein the neck of a user is suitable for being positioned; said opening being defined by a front upper edge of said undershirt and by a rear upper edge of said undershirt ; - said under-helmet comprising a collar and a hood ; said hood being suitable for covering the head of the user; said hood comprising a hole having a suitable size in such a way to leave uncovered at least the eyes of the user; wherein the collar comprises a front portion suitable for covering the front of the user's neck, and a rear portion suitable for covering the back of the user's neck; - wherein said rear portion of the collar is joined to the rear upper edge of the undershirt ; - wherein said garment comprises a front opening (A) superiorly defined by the front portion of the collar and inferiorly defined by the front upper edge of said undershirt , which allows the user to easily wear or remove the under-helmet ;
A cooktop comprising a heating element and a device limiting a temperature of a cookware on the cooktop below a predetermined oil ignition temperature, the device comprising: a temperature sensor adjacent a bottom of the cookware; and a control device in combination with each of the temperature sensor and the cooktop, characterized in that the control device is configured to execute an algorithm that controls the power level of the cooktop as a function of the continuously monitored and sensed temperature and a rate of change of the sensed temperature calculated continuously over predetermined time intervals to maintain a temperature of the bottom of the cookware below the predetermined oil ignition temperature and above a cooking temperature, wherein a) the cooktop is an electric coil cooktop or an electric glass ceramic cooktop and the control device is configured to control the power level of the cooktop by turning the heating element continuously on and off; or b) the cooktop is a gas burner cooktop and the control device is configured to control the power level of the cooktop by reducing the gas flow to the burner without turning it off entirely. a temperature sensor adjacent a bottom of the cookware; and a control device in combination with each of the temperature sensor and the cooktop, characterized in that the control device is configured to execute an algorithm that controls the power level of the cooktop as a function of the continuously monitored and sensed temperature and a rate of change of the sensed temperature calculated continuously over predetermined time intervals to maintain a temperature of the bottom of the cookware below the predetermined oil ignition temperature and above a cooking temperature, wherein a) the cooktop is an electric coil cooktop or an electric glass ceramic cooktop and the control device is configured to control the power level of the cooktop by turning the heating element continuously on and off; or b) the cooktop is a gas burner cooktop and the control device is configured to control the power level of the cooktop by reducing the gas flow to the burner without turning it off entirely. a) the cooktop is an electric coil cooktop or an electric glass ceramic cooktop and the control device is configured to control the power level of the cooktop by turning the heating element continuously on and off; or b) the cooktop is a gas burner cooktop and the control device is configured to control the power level of the cooktop by reducing the gas flow to the burner without turning it off entirely.
A sub-frame arranged to be mounted on a chassis of a car and to have the rear wheels of the car mounted thereon, the sub-frame being arranged to receive an electric drivetrain arranged to drive the car , the sub-frame comprising: a cage comprising bars arranged to form an upper perimeter and a lower perimeter and a plurality of struts extending between the upper and lower perimeters; a pair of rear wheel suspension mounts , each rear wheel suspension mount being arranged to have one of the rear wheels of the car mounted thereon; and a plurality of brackets located on the cage and arranged to facilitate connection of the sub-frame to the chassis of the car and to the electric drivetrain, and wherein the plurality of brackets located on the cage comprise: a pair of rear side frame mounts extending sideways from a rearward portion of the sub-frame and arranged to be connected to side rails of the chassis ; a pair of front side frame mounts located forward of the rear side frame mounts , extending sideways from the sub-frame , and arranged to be connected to the side rails of the chassis , characterised in that the plurality of brackets located on the cage further comprise a pair of front frame mounts extending forward from a front face of the sub-frame , and arranged to be connected to an underbody portion of the chassis . a cage comprising bars arranged to form an upper perimeter and a lower perimeter and a plurality of struts extending between the upper and lower perimeters; a pair of rear wheel suspension mounts , each rear wheel suspension mount being arranged to have one of the rear wheels of the car mounted thereon; and a plurality of brackets located on the cage and arranged to facilitate connection of the sub-frame to the chassis of the car and to the electric drivetrain, and wherein the plurality of brackets located on the cage comprise: a pair of rear side frame mounts extending sideways from a rearward portion of the sub-frame and arranged to be connected to side rails of the chassis ; a pair of front side frame mounts located forward of the rear side frame mounts , extending sideways from the sub-frame , and arranged to be connected to the side rails of the chassis , a pair of rear side frame mounts extending sideways from a rearward portion of the sub-frame and arranged to be connected to side rails of the chassis ; a pair of front side frame mounts located forward of the rear side frame mounts , extending sideways from the sub-frame , and arranged to be connected to the side rails of the chassis , characterised in that the plurality of brackets located on the cage further comprise a pair of front frame mounts extending forward from a front face of the sub-frame , and arranged to be connected to an underbody portion of the chassis .
An electrically-operated ON/OFF valve for a highpressure gas tank, comprising: - a valve body comprising a main seat , an inlet duct which opens in the main seat with an inlet port and an outlet duct which starts from the main seat with an outlet port ; - an electrically-operable solenoid group connected to the valve body , comprising a movable core movable in translation by operating the solenoid group ; - a first gate movable by the movable core ; - a sealing element provided with: i) an element passage having an opening with which the first gate is sealingly engaged in order to achieve a first-stage seal; and ii) a main sealing surface adapted to sealingly engage the outlet port of the outlet duct to achieve a second-stage seal; - wherein the sealing element is made in one piece, of a polymeric material, so that the first-stage seal and the second-stage seal are both achieved by means of the sealing element ; characterised in that the ON/OFF valve comprises a drawer slidably housed in the main seat , having an inner compartment wherein the first gate is slidably housed, wherein the sealing element is carried by said drawer and the opening opens in said inner compartment of the drawer . - a valve body comprising a main seat , an inlet duct which opens in the main seat with an inlet port and an outlet duct which starts from the main seat with an outlet port ; - an electrically-operable solenoid group connected to the valve body , comprising a movable core movable in translation by operating the solenoid group ; - a first gate movable by the movable core ; - a sealing element provided with: i) an element passage having an opening with which the first gate is sealingly engaged in order to achieve a first-stage seal; and ii) a main sealing surface adapted to sealingly engage the outlet port of the outlet duct to achieve a second-stage seal; i) an element passage having an opening with which the first gate is sealingly engaged in order to achieve a first-stage seal; and ii) a main sealing surface adapted to sealingly engage the outlet port of the outlet duct to achieve a second-stage seal; - wherein the sealing element is made in one piece, of a polymeric material, so that the first-stage seal and the second-stage seal are both achieved by means of the sealing element ;
A process for simultaneously producing purified streams of 1,1,2,3-tetrachloropropene and 1,1,1,2,3-pentachloropropane, the process comprising: a. providing a crude product stream containing 1,1,1,2,3-pentachloropropane, where the crude product stream includes ferric chloride; b. subjecting the crude product stream to reactive distillation within a distillation column having a bottom and a height under conditions sufficient to form a gradient within the column, wherein the distillation column includes a gradient of 1,1,1,2,3-pentachloropropane within the bottom of the column and part way up the height of the column, where the gradient includes a maximum concentration of 1,1,1,2,3-pentachloropropane at the bottom of the gradient and a maximum concentration of 1,1,2,3-tetrachloropropene at the top of the gradient; and c. removing the 1,1,1,2,3-pentachloropropane from the distillation column at a location from a side-draw tray within the gradient proximate to the maximum concentration of 1,1,1,2,3-pentachloropropane within the gradient, wherein packing material is provided at or near the side-draw tray to inhibit iron chlorides from entering the 1,1,1,2,3-pentachloropropane stream removed from the column via the side-draw tray. a. providing a crude product stream containing 1,1,1,2,3-pentachloropropane, where the crude product stream includes ferric chloride; b. subjecting the crude product stream to reactive distillation within a distillation column having a bottom and a height under conditions sufficient to form a gradient within the column, wherein the distillation column includes a gradient of 1,1,1,2,3-pentachloropropane within the bottom of the column and part way up the height of the column, where the gradient includes a maximum concentration of 1,1,1,2,3-pentachloropropane at the bottom of the gradient and a maximum concentration of 1,1,2,3-tetrachloropropene at the top of the gradient; and c. removing the 1,1,1,2,3-pentachloropropane from the distillation column at a location from a side-draw tray within the gradient proximate to the maximum concentration of 1,1,1,2,3-pentachloropropane within the gradient, wherein packing material is provided at or near the side-draw tray to inhibit iron chlorides from entering the 1,1,1,2,3-pentachloropropane stream removed from the column via the side-draw tray.