mhurhangee/patent-ind-claim-en huggingface dataset:
A method for providing haptic feedback to assist in capturing images, comprising: obtaining , via an image capture device, an ambient light measurement of an environment in which the image capture device is present; detecting , via the image capture device, one or more objects within one or more image frames captured by the image capture device; and changing, via the image capture device, a manner in which haptic feedback is provided to a user of the image capture device, based at least in part on the obtained ambient light measurement and the detected one or more objects, wherein the haptic feedback is either enabled or disabled, depending on the ambient light measurement, and wherein the haptic feedback is enabled when the obtained ambient light measurement exceeds a threshold light amount to assist the user to capture images using the image capture device. obtaining , via an image capture device, an ambient light measurement of an environment in which the image capture device is present; detecting , via the image capture device, one or more objects within one or more image frames captured by the image capture device; and changing, via the image capture device, a manner in which haptic feedback is provided to a user of the image capture device, based at least in part on the obtained ambient light measurement and the detected one or more objects, wherein the haptic feedback is either enabled or disabled, depending on the ambient light measurement, and wherein the haptic feedback is enabled when the obtained ambient light measurement exceeds a threshold light amount to assist the user to capture images using the image capture device.
A washing apparatus for washing fabric webs in a continuous and open mode, said apparatus comprising: i) at least one washing unit inside which a washing tank adapted to receive a washing liquid and a rinsing tank adapted to receive a rinsing liquid are arranged, ii) a plurality of rollers or cylinders arranged within said washing unit rotatably about their axes, wherein said rollers or cylinders define a washing path extending from an inlet to an outlet od the washing unit , and wherein at least some of said rollers or cylinders are motorized, iii) a plurality of spraying bars restrained to the washing unit transversely to said washing path, said spraying bars comprising nozzles , or alternatively slits, suitable for dispensing jets of washing or rinsing liquids against opposite faces of a fabric web (F) carried along the washing path, characterized in that the spraying bars are restrained to the washing unit rotatably about their respective axes and are operably connected to driving means configured to cause them to rotate, said nozzles or slits being distributed over the whole lateral surface of each spraying bar and being spaced both in the peripheral direction and in the axial direction. i) at least one washing unit inside which a washing tank adapted to receive a washing liquid and a rinsing tank adapted to receive a rinsing liquid are arranged, ii) a plurality of rollers or cylinders arranged within said washing unit rotatably about their axes, wherein said rollers or cylinders define a washing path extending from an inlet to an outlet od the washing unit , and wherein at least some of said rollers or cylinders are motorized, iii) a plurality of spraying bars restrained to the washing unit transversely to said washing path, said spraying bars comprising nozzles , or alternatively slits, suitable for dispensing jets of washing or rinsing liquids against opposite faces of a fabric web (F) carried along the washing path,
Method for managing the energy consumption of a specific application , the application being able to be carried out using a hardware item comprising an assembly of processors using an operating system , the method comprising at least the following steps: - a first step of identifying the time constraints of the application; - a second step of annotating code sections (t1,t2) of the application which are subject to a time constraint, the annotation being carried out using software markers; characterised in that the software markers delimit code segments and in that the method comprises: - a third step of determining the worst-case segment run times in a specific set of run modes; - a fourth step of storing the segment run times in an execution library for each run mode, the library being capable of being interfaced with the hardware item , the operating system and the application and executing, using the run times, an energy management strategy by controlling the state of the processors . - a first step of identifying the time constraints of the application; - a second step of annotating code sections (t1,t2) of the application which are subject to a time constraint, the annotation being carried out using software markers; - a third step of determining the worst-case segment run times in a specific set of run modes; - a fourth step of storing the segment run times in an execution library for each run mode, the library being capable of being interfaced with the hardware item , the operating system and the application and executing, using the run times, an energy management strategy by controlling the state of the processors .
An apparatus for forming a shrink sleeve on a container comprising: a conveyor on which a container can be provided and having a machine direction (MD) and a cross-machine direction (CD) orthogonal to said machine direction and a pair of edges spaced apart from one another in said cross-machine direction; a striker to remove a predetermined removeable portion provided in a shrink sleeve , which is applied to a container , and having a first position and a second position, wherein said striker in said first position is located at a predetermined location above said conveyor, wherein the predetermined location is a location in space within which the striker will contact the predetermined removeable portion to remove the predetermined removeable portion from the shrink sleeve , characterized in that said striker in said second position is remote from said predetermined location; a driver operatively engaged with said striker to move said striker from said first position to said second position; and a vacuum port proximal to said striker when said striker is in said first position, wherein in said first position a portion of said striker is moving tangentially relative to said predetermined location. a conveyor on which a container can be provided and having a machine direction (MD) and a cross-machine direction (CD) orthogonal to said machine direction and a pair of edges spaced apart from one another in said cross-machine direction; a striker to remove a predetermined removeable portion provided in a shrink sleeve , which is applied to a container , and having a first position and a second position, wherein said striker in said first position is located at a predetermined location above said conveyor, wherein the predetermined location is a location in space within which the striker will contact the predetermined removeable portion to remove the predetermined removeable portion from the shrink sleeve , characterized in that said striker in said second position is remote from said predetermined location; a driver operatively engaged with said striker to move said striker from said first position to said second position; and a vacuum port proximal to said striker when said striker is in said first position, wherein in said first position a portion of said striker is moving tangentially relative to said predetermined location.
A work vehicle comprising: - a frame including generally upwardly extending laterally spaced side members ; - a boom structure including a pair of arms pivotably connecting said boom structure to said frame ; - a pressurized fluid system operably associated with said boom structure for raising and lowering jointly each of said arms along a path of travel adjacent a corresponding side member ; and - a stop member selectably extending outwardly from at least one of said side members between a locking position and a retracted position , said locking position extending at least a portion of said stop member into the path of travel of a corresponding arm of said boom structure to prevent a lowering movement of said boom structure beyond a predetermined height; and - characterized in that said vehicle further comprises: - a boom lock system for preventing said fluid system from applying a fluid force to lower said boom structure when said stop member is in said locking position . - wherein said boom lock system comprises a selectably actuatable switch between a first position and a second position , said first position corresponding to said stop member being in the locking position . - a frame including generally upwardly extending laterally spaced side members ; - a boom structure including a pair of arms pivotably connecting said boom structure to said frame ; - a pressurized fluid system operably associated with said boom structure for raising and lowering jointly each of said arms along a path of travel adjacent a corresponding side member ; and - a stop member selectably extending outwardly from at least one of said side members between a locking position and a retracted position , said locking position extending at least a portion of said stop member into the path of travel of a corresponding arm of said boom structure to prevent a lowering movement of said boom structure beyond a predetermined height; and - characterized in that said vehicle further comprises: - a boom lock system for preventing said fluid system from applying a fluid force to lower said boom structure when said stop member is in said locking position . - wherein said boom lock system comprises a selectably actuatable switch between a first position and a second position , said first position corresponding to said stop member being in the locking position .
A glasses case for a pair of glasses that in turn comprise an integral display , the glasses case comprising: a housing , wherein the housing encloses a volume in which the glasses are to be stored; and a battery operably coupled to a power access unit from which the glasses, when stored in the housing volume, can draw power; and characterized in that the housing of the glasses case comprises, on the outer portion thereof, user control inputs laid out in a configuration similar to, and operational as, a conventional handheld videogame controller, and adapted to provide inputs to a computing system driving the integral display of the glasses, the computing system being comprised within a remote terminal. a housing , wherein the housing encloses a volume in which the glasses are to be stored; and a battery operably coupled to a power access unit from which the glasses, when stored in the housing volume, can draw power; and characterized in that the housing of the glasses case comprises, on the outer portion thereof, user control inputs laid out in a configuration similar to, and operational as, a conventional handheld videogame controller, and adapted to provide inputs to a computing system driving the integral display of the glasses, the computing system being comprised within a remote terminal.
A cutting knife , in particular a sickle knife, spiral knife or circular knife, for a device for cutting open food products, in particular for a high-speed slicer, which, during the cutting operation, rotates about an axis of rotation , having a radially outer circumferential edge which acts as a blade having a curved course around the axis of rotation , and having a plurality of cutting teeth, which are arranged in succession along the circumferential edge , wherein each cutting tooth has a blade comprising a cutting face and a cutting edge delimiting the cutting face radially outward, wherein each cutting face extends inclined with respect to a cutting plane (SE) perpendicular to the axis of rotation , characterised in that the radially protruding transition between the radially protruding end of the cutting face of a cutting tooth and the transition face running between the radially protruding end of the cutting face and the radially recessed end of the cutting face of an adjacent cutting tooth is configured at least partially as a curved edge face .
An insulation monitoring device that is configured to detect leakage current flowing back via a ground insulation resistor of a power system or load apparatus connected to the power system, calculates from the leakage current a resistance component current of the same phase as a reference voltage superimposed on the power system, and to detect an insulation failure caused by a decrease in the ground insulation resistance when the resistance component current exceeds a monitoring setting value, wherein the insulation monitoring device being applied to monitor the power system to which a noise filter including a capacitor that is connected when the load apparatus operates, the insulation monitoring device being characterized by including: a table in which the monitoring setting value is set in advance greater than a resistance component error current caused by the sum of the electrical capacitance of the capacitor and the ground insulation capacitance of the power system in accordance with an operating schedule of the load apparatus; and a monitoring setting value computing unit configured to output the monitoring setting value read from the table in accordance with the operating schedule at the current time, wherein the monitoring setting value output from the monitoring setting value computing unit is used in a comparison with the resistance component current. a table in which the monitoring setting value is set in advance greater than a resistance component error current caused by the sum of the electrical capacitance of the capacitor and the ground insulation capacitance of the power system in accordance with an operating schedule of the load apparatus; and a monitoring setting value computing unit configured to output the monitoring setting value read from the table in accordance with the operating schedule at the current time, wherein the monitoring setting value output from the monitoring setting value computing unit is used in a comparison with the resistance component current.
An incontinence pad or pant comprising a chassis which comprises: a. a topsheet having a body-facing surface and a garment-facing surface; b. a backsheet having a body-facing surface and garment-facing surface; c. an absorbent core having a front end portion, a central portion, and a rear end portion along its length, said core being disposed between said topsheet garment-facing surface and said backsheet body-facing surface, and wherein said core comprises 1) a first laminate which includes a first superabsorbent layer disposed onto a first distribution layer and 2) a second laminate which includes a second distribution layer joined to a second superabsorbent layer; wherein said first distribution layer is joined to said second distribution layer in an offset manner along the length of the core, whereby said first distribution layer and said second distribution layer are staggered and their respective first ends or second ends are not aligned in the z-direction, such that a central portion of said core is formed from an overlapping joinder of said first and second laminates. a. a topsheet having a body-facing surface and a garment-facing surface; b. a backsheet having a body-facing surface and garment-facing surface; c. an absorbent core having a front end portion, a central portion, and a rear end portion along its length, said core being disposed between said topsheet garment-facing surface and said backsheet body-facing surface, and wherein said core comprises 1) a first laminate which includes a first superabsorbent layer disposed onto a first distribution layer and 2) a second laminate which includes a second distribution layer joined to a second superabsorbent layer; wherein said first distribution layer is joined to said second distribution layer in an offset manner along the length of the core, whereby said first distribution layer and said second distribution layer are staggered and their respective first ends or second ends are not aligned in the z-direction, such that a central portion of said core is formed from an overlapping joinder of said first and second laminates. 1) a first laminate which includes a first superabsorbent layer disposed onto a first distribution layer and 2) a second laminate which includes a second distribution layer joined to a second superabsorbent layer; wherein said first distribution layer is joined to said second distribution layer in an offset manner along the length of the core, whereby said first distribution layer and said second distribution layer are staggered and their respective first ends or second ends are not aligned in the z-direction, such that a central portion of said core is formed from an overlapping joinder of said first and second laminates.
A method for the removal of sulphates and calcium from an acidic waste water stream which includes the steps of: raising the pH of the acidic waste water stream to precipitate impurities from the stream and form a first supersaturated calcium sulphate-containing stream; removing the impurities and de-supersaturating the first supersaturated calcium sulphate-containing stream in a first solid/liquid separation step to form a first saturated calcium sulphate-containing solution; adding amorphous aluminium trihydroxide to the first saturated calcium sulphate solution to precipitate ettringite in a product water stream; removing the precipitated ettringite, in the form of an ettringite-containing slurry from the product water stream using a second liquid-solid separation step; lowering the pH of the ettringite-containing slurry to decompose the ettringite and form amorphous aluminium trihydroxide and gypsum contained in a second supersaturated calcium sulphate-containing stream, and separating the recovered amorphous aluminium trihydroxide and gypsum in a solid-solid separation step to form an aluminium trihydroxide containing slurry and a second saturated calcium sulphate-containing solution. raising the pH of the acidic waste water stream to precipitate impurities from the stream and form a first supersaturated calcium sulphate-containing stream; removing the impurities and de-supersaturating the first supersaturated calcium sulphate-containing stream in a first solid/liquid separation step to form a first saturated calcium sulphate-containing solution; adding amorphous aluminium trihydroxide to the first saturated calcium sulphate solution to precipitate ettringite in a product water stream; removing the precipitated ettringite, in the form of an ettringite-containing slurry from the product water stream using a second liquid-solid separation step; lowering the pH of the ettringite-containing slurry to decompose the ettringite and form amorphous aluminium trihydroxide and gypsum contained in a second supersaturated calcium sulphate-containing stream, and separating the recovered amorphous aluminium trihydroxide and gypsum in a solid-solid separation step to form an aluminium trihydroxide containing slurry and a second saturated calcium sulphate-containing solution.
A method for TiB2 recycling comprising: (a) preparing a TiB2 feedstock from spent TiB2 articles; (b) chlorinating the TiB2 feedstock to form chloride products, wherein the chloride products comprise titanium chloride products and boron chloride products; (c) purifying the chloride products, thereby forming purified chloride products, wherein the purified chloride products comprise purified titanium chloride products and purified boron chloride products; and (d) reacting the purified titanium chloride products with the purified boron chloride products to form titanium diboride, wherein the reacting comprises at least one of: (i) oxidizing of the purified chloride products to form titanium oxides and boron oxides, followed by carbothermic reaction of the titanium oxides and boron oxides to form the titanium diboride; and (ii) reducing of the purified chloride products in presence of hydrogen to form the titanium diboride. (a) preparing a TiB2 feedstock from spent TiB2 articles; (b) chlorinating the TiB2 feedstock to form chloride products, wherein the chloride products comprise titanium chloride products and boron chloride products; (c) purifying the chloride products, thereby forming purified chloride products, wherein the purified chloride products comprise purified titanium chloride products and purified boron chloride products; and (d) reacting the purified titanium chloride products with the purified boron chloride products to form titanium diboride, wherein the reacting comprises at least one of: (i) oxidizing of the purified chloride products to form titanium oxides and boron oxides, followed by carbothermic reaction of the titanium oxides and boron oxides to form the titanium diboride; and (ii) reducing of the purified chloride products in presence of hydrogen to form the titanium diboride. (i) oxidizing of the purified chloride products to form titanium oxides and boron oxides, followed by carbothermic reaction of the titanium oxides and boron oxides to form the titanium diboride; and (ii) reducing of the purified chloride products in presence of hydrogen to form the titanium diboride.
A method for performing synchronization in a mobile communication system comprising a base station and a user equipment, comprising: dividing, by the base station, cells into one or more group(s) based on a predetermined rule, such that a Physical Random Access Channel (PRACH) procedure is performed with respect to a group from the one or more group(s) of cells, so as to acquire for the user equipment a Timing Advance (TA) for use in transmissions, further comprising: providing a unique identification of the group, wherein the unique identification is a cell index of a cell in the group, or an index of the group, wherein the group only comprises secondary cells, wherein one of the secondary cells is selected as a primary secondary cell, wherein the PRACH procedure is performed on the secondary cells till the PRACH procedure succeeds, or the PRACH procedure is performed on the primary secondary cell, wherein the user equipment is triggered to perform a PRACH procedure in the following cases: in the case of the unique identification of the group being a cell index, if the index allocated to the identification of the group to which a secondary cell belongs is identical to a cell index allocated to the secondary cell when the base station allocates the secondary cell to the user equipment; in the case of the unique identification of the group being an index of the group, if the index of the group to which a secondary cell belongs is different from any existing group index when the base station allocates the second cell to the user equipment; or in the case that the base station has sent a Physical Dedicated Control Channel (PDCCH) order signaling. in the case of the unique identification of the group being a cell index, if the index allocated to the identification of the group to which a secondary cell belongs is identical to a cell index allocated to the secondary cell when the base station allocates the secondary cell to the user equipment; in the case of the unique identification of the group being an index of the group, if the index of the group to which a secondary cell belongs is different from any existing group index when the base station allocates the second cell to the user equipment; or in the case that the base station has sent a Physical Dedicated Control Channel (PDCCH) order signaling.