mhurhangee/patent-ind-claim-en huggingface dataset:
A touch display circuit, comprising a touch stage triggering module , a display switching module , a resetting module , a first outputting module and a second outputting module , wherein an input terminal and a control terminal of the touch stage triggering module are connected to a trigger signal terminal (Input), an output terminal of the touch stage triggering module is connected to a pulling-up node (PU); the touch stage triggering module is configured to supply a signal of the trigger signal terminal to the pulling-up node under control of the trigger signal terminal (Input); a control terminal of the display switching module is connected to a switch controlling terminal (Change), an input terminal of the display switching module is connected to a common electrode signal terminal (Vcom), and output terminal of the display switching module is connected to a touch signal outputting terminal (Output); the display switching module is configured to supply a signal of the common electrode signal terminal (Vcom) to the touch signal outputting terminal (Output) under control of the switch controlling terminal (Change); a control terminal of the resetting module is connected to a resetting signal terminal (Reset), an input terminal of the resetting module is connected to a first reference signal terminal (Vref1), an output terminal of the resetting module is connected to the pulling-up node (PU); the resetting module is configured to supply a signal of the first reference signal terminal (Vref1) to the pulling-up node (PU) under control of the resetting signal terminal (Reset); a control terminal of the first outputting module is connected to the pulling-up node (PU), an input terminal of the first outputting module is connected to a first clock signal terminal (CK), and an output terminal of the first outputting module is connected to the touch signal outputting terminal (Output), the first outputting module is configured to supply a signal of the first clock signal terminal (CK) to the touch signal outputting terminal (Output) under control of the pulling-up node (PU); a control terminal of the second outputting module is connected to a second clock signal terminal (CKB), an input terminal of the second outputting module is connected to a second reference signal terminal (Vref2), and an output terminal of the second outputting module is connected to the touch signal outputting terminal (Output); the second outputting module is configured to supply a signal of the second reference signal terminal (Vref2) to the touch signal outputting terminal (Output) under control of the second clock signal terminal (CKB); the first clock signal terminal (CK) and the second clock signal terminal (CKB) configured so that, during a touch stage, a phase of the signal of the first clock signal terminal (CK) is opposite to that of the signal of the second clock signal terminal (CKB).
A semiconductor device, wherein the semiconductor device comprises a plurality of memory chips and a temperature detection module , wherein the temperature detection module comprises: a plurality of temperature detection units disposed on at least part of the memory chips to detect temperatures of at least part of the memory chips; and a processing unit , wherein the plurality of temperature detection units share the processing unit with each other, and the processing unit is configured to process a signal of at least one of the temperature detection units , characterised in that a power supply of the temperature detection units and a power supply of the memory chips are implemented by different and independently controllable power sources (Vtemp, VDD) and the power supply of the temperature detection units is started earlier than the power supply of the memory chips . a plurality of temperature detection units disposed on at least part of the memory chips to detect temperatures of at least part of the memory chips; and a processing unit , wherein the plurality of temperature detection units share the processing unit with each other, and the processing unit is configured to process a signal of at least one of the temperature detection units , characterised in that a power supply of the temperature detection units and a power supply of the memory chips are implemented by different and independently controllable power sources (Vtemp, VDD) and the power supply of the temperature detection units is started earlier than the power supply of the memory chips .
Anti-intrusion system for a manhole having a well , the system comprising a septum partition , a floating element , a membrane , a protective element in the shape of a dome , a guide for the floating element and a duct , wherein the septum partition having a hole representing the seat of the floating element , when installed, dividing the well in the horizontal direction, into two parts and when the floating element adhering to the hole , in installed condition, forms a barrier between the upper part and the bottom part of the well , wherein: a) the floating element is surmounted by the protective element in the shape of a dome , the surface of which forms the volume within which the floating element can move and which allows the passage of water beneath itself; b) the floating element is constrained to the dome by means of the membrane that is located between the floating element and the dome , defining an upper and a lower volume; c) the floating element is constrained to move along the guide , said guide being fixed to the element in the shape of dome ; which guide is located over the floating element ; d) the hole , which is the seat of the floating element , communicates with the water which might be present beneath through the duct , to form a siphon. a) the floating element is surmounted by the protective element in the shape of a dome , the surface of which forms the volume within which the floating element can move and which allows the passage of water beneath itself; b) the floating element is constrained to the dome by means of the membrane that is located between the floating element and the dome , defining an upper and a lower volume; c) the floating element is constrained to move along the guide , said guide being fixed to the element in the shape of dome ; which guide is located over the floating element ; d) the hole , which is the seat of the floating element , communicates with the water which might be present beneath through the duct , to form a siphon.
A computer-implemented method of creating a digest of a document, comprising: obtaining an image of the document; processing the image to obtain one or more datasets, each dataset comprising a line of text comprising a plurality of position independent values; encoding the one or more datasets; generating one or more short hashes, each short hash corresponding to a respective dataset, wherein generating a short hash comprises: applying a lossless compression to the respective dataset; and applying a 16-bit CRC checksum algorithm thereto; and generating a digest associated with the document therefrom, wherein the digest comprises a list of the one or more short hashes, and a short hash of the short hashes. obtaining an image of the document; processing the image to obtain one or more datasets, each dataset comprising a line of text comprising a plurality of position independent values; encoding the one or more datasets; generating one or more short hashes, each short hash corresponding to a respective dataset, wherein generating a short hash comprises: applying a lossless compression to the respective dataset; and applying a 16-bit CRC checksum algorithm thereto; and applying a lossless compression to the respective dataset; and applying a 16-bit CRC checksum algorithm thereto; and generating a digest associated with the document therefrom, wherein the digest comprises a list of the one or more short hashes, and a short hash of the short hashes.
A method for applying discrete segments to a continuous web, the method comprising: feeding a first continuous web to a roller , the first continuous web comprising one or more layers; feeding a second continuous web to a vacuum anvil ; cutting the first continuous web into a plurality of discrete segments via interaction of the roller with at least one cutting element selectively positionable adjacent the roller ; transferring each of the plurality of discrete segments from the roller onto the second continuous web at a first location , the plurality of discrete segments being transferred onto the second continuous web via a vacuum pressure from the vacuum anvil , wherein transferring each of the plurality of discrete segments comprises drawing a respective discrete segment off of the roller and onto the second continuous web that is on the vacuum anvil , via the vacuum pressure from the vacuum anvil ; maintaining a respective discrete segment on the second continuous web via the vacuum pressure from the vacuum anvil , as the vacuum anvil advances the respective discrete segment and the second continuous web from the first location to a second location downstream from the first location in a machine direction ; and bonding each of the plurality of discrete segments to the second continuous web at the second location , each of the plurality of discrete segments bonded to the second continuous web via interaction of the vacuum anvil with a bonding device positioned at the second location . feeding a first continuous web to a roller , the first continuous web comprising one or more layers; feeding a second continuous web to a vacuum anvil ; cutting the first continuous web into a plurality of discrete segments via interaction of the roller with at least one cutting element selectively positionable adjacent the roller ; transferring each of the plurality of discrete segments from the roller onto the second continuous web at a first location , the plurality of discrete segments being transferred onto the second continuous web via a vacuum pressure from the vacuum anvil , wherein transferring each of the plurality of discrete segments comprises drawing a respective discrete segment off of the roller and onto the second continuous web that is on the vacuum anvil , via the vacuum pressure from the vacuum anvil ; maintaining a respective discrete segment on the second continuous web via the vacuum pressure from the vacuum anvil , as the vacuum anvil advances the respective discrete segment and the second continuous web from the first location to a second location downstream from the first location in a machine direction ; and bonding each of the plurality of discrete segments to the second continuous web at the second location , each of the plurality of discrete segments bonded to the second continuous web via interaction of the vacuum anvil with a bonding device positioned at the second location .
A barrier coating comprising a prolamine and at least one polyol fatty acid ester (PFAE), wherein said polyol comprises a cyclic structure and 1 to 2 fatty acid moieties or 3 to 5 fatty acid moieties, and a fatty acid is saturated, and wherein the PFAE to prolamine ratio is 1:1, 2:1, 3:1, 4:1 or 5:1 on a weight to weight (w/w) basis.
Pump assembly , at least comprising - a housing with at least one base plate and a cover element , which are interconnectable in order to form a pressure chamber ; and - two gear wheels , wherein an outer circumferential surface of the first gear wheel has a first toothing with a first outside diameter and an outer circumferential surface of the second gear wheel has a second toothing with a second outside diameter , wherein the gear wheels intermesh via the toothings in order to convey a fluid; wherein the gear wheels are arranged along an axial direction in the pressure chamber between the base plate and the cover element ; wherein the pressure chamber is formed in the housing at least by two bores , wherein the first gear wheel is arranged in a first bore with a first inside diameter and the second gear wheel is arranged in a second bore with a second inside diameter , wherein a plurality of centering pins are provided for aligning the bores and the gear wheels with respect to one another, wherein all said centering pins are aligned with respect to one another exclusively via the cover element or the base plate ; characterized in that the first gear wheel is arranged on a first bearing bushing and the second gear wheel is arranged on a second bearing bushing , wherein the first bearing bushing and the second bearing bushing are each mounted only in the base plate or the cover element , wherein at least the base plate and the cover element are aligned with respect to each other and interconnected via connecting elements , wherein the connecting elements and the bearing bushings are connected to the base plate or to the cover element via a press fit and/or in an integrally bonded manner. - a housing with at least one base plate and a cover element , which are interconnectable in order to form a pressure chamber ; and - two gear wheels , wherein an outer circumferential surface of the first gear wheel has a first toothing with a first outside diameter and an outer circumferential surface of the second gear wheel has a second toothing with a second outside diameter , wherein the gear wheels intermesh via the toothings in order to convey a fluid; wherein the gear wheels are arranged along an axial direction in the pressure chamber between the base plate and the cover element ;
An engine comprising: a catalyst , an exhaust temperature sensor , and an exhaust throttle device that are disposed on an exhaust upstream side of a DPF ; and a control device configured to control the exhaust temperature sensor and the exhaust throttle device to cooperate with each other, characterized in that catalyst activation processing and thereafter DPF regeneration processing are performed under control of the control device , in the catalyst activation processing, a target temperature of exhaust at an exhaust exit of the catalyst is set to be in a first temperature region (E1), and then an opening degree of the exhaust throttle device is controlled, and in the DPF regeneration processing, the target temperature is set to be in a second temperature region (E2), a target temperature of the exhaust at an exhaust inlet of the DPF is set to be in a third temperature region (E3), then an opening degree of the exhaust throttle device is controlled, and unburned fuel is supplied into the exhaust , and the second temperature region (E2) is set to be higher than the first temperature region (E1), the third temperature region (E3) is set to be higher than the second temperature region (E2), and a temperature difference (T12) between the first temperature region (E1) and the second temperature region (E2) is set to be larger than a temperature difference (T23) between the second temperature region (E2) and the third temperature region (E3). a catalyst , an exhaust temperature sensor , and an exhaust throttle device that are disposed on an exhaust upstream side of a DPF ; and a control device configured to control the exhaust temperature sensor and the exhaust throttle device to cooperate with each other, characterized in that catalyst activation processing and thereafter DPF regeneration processing are performed under control of the control device , in the catalyst activation processing, a target temperature of exhaust at an exhaust exit of the catalyst is set to be in a first temperature region (E1), and then an opening degree of the exhaust throttle device is controlled, and in the DPF regeneration processing, the target temperature is set to be in a second temperature region (E2), a target temperature of the exhaust at an exhaust inlet of the DPF is set to be in a third temperature region (E3), then an opening degree of the exhaust throttle device is controlled, and unburned fuel is supplied into the exhaust , and the second temperature region (E2) is set to be higher than the first temperature region (E1), the third temperature region (E3) is set to be higher than the second temperature region (E2), and a temperature difference (T12) between the first temperature region (E1) and the second temperature region (E2) is set to be larger than a temperature difference (T23) between the second temperature region (E2) and the third temperature region (E3).
A multi-bit tool comprising: a handle defining a longitudinal axis (L); a bit chuck having a bit-receiving opening and mounted on said handle for rotation of said bit chuck and said handle with respect to each other, about an axis of rotation (R); a plurality of working bits operatively retained by said handle for movement between a retracted position whereat said working bit is generally disposed within said handle, and an in-use position whereat said working bit is received in torque transmitting relation by said bit chuck and extends through said bit-receiving opening; means for moving said working bits, as selected, singularly between said retracted position and said in-use position; means for selectively retaining a working bit in said forwardly extended in-use configuration; a bi-directional rotation-locking mechanism operatively interposed between said handle and said bit chuck; a coupler for each working bit, each coupler having a first component operatively connected to said working bit and a second component operatively connected to said means for moving said working bits, and wherein said first component and said second component are connected one to the other for rotational movement one with respect to the other. a handle defining a longitudinal axis (L); a bit chuck having a bit-receiving opening and mounted on said handle for rotation of said bit chuck and said handle with respect to each other, about an axis of rotation (R); a plurality of working bits operatively retained by said handle for movement between a retracted position whereat said working bit is generally disposed within said handle, and an in-use position whereat said working bit is received in torque transmitting relation by said bit chuck and extends through said bit-receiving opening; means for moving said working bits, as selected, singularly between said retracted position and said in-use position; means for selectively retaining a working bit in said forwardly extended in-use configuration; a bi-directional rotation-locking mechanism operatively interposed between said handle and said bit chuck; a coupler for each working bit, each coupler having a first component operatively connected to said working bit and a second component operatively connected to said means for moving said working bits, and wherein said first component and said second component are connected one to the other for rotational movement one with respect to the other.
A buffer processing method, comprising: triggering , by user equipment, UE, a direct link buffer status report, wherein the direct link buffer status report is at least used to report an amount of buffered data generated by the UE for a first service, and the first service is currently transmitted in a device-to-device, D2D direct communication mode; and when the UE determines to transmit the first service in a different mode, stopping , by the UE, reporting the amount of the buffered data generated by the UE for the first service to a base station characterized in that the different mode is a base station relay mode, wherein the stopping , by the UE, reporting the amount of the buffered data generated by the UE for the first service to a base station comprises: skipping, by the UE when sending the direct link buffer status report to the base station, adding the amount of the buffered data generated by the UE for the first service. triggering , by user equipment, UE, a direct link buffer status report, wherein the direct link buffer status report is at least used to report an amount of buffered data generated by the UE for a first service, and the first service is currently transmitted in a device-to-device, D2D direct communication mode; and when the UE determines to transmit the first service in a different mode, stopping , by the UE, reporting the amount of the buffered data generated by the UE for the first service to a base station characterized in that the different mode is a base station relay mode, wherein the stopping , by the UE, reporting the amount of the buffered data generated by the UE for the first service to a base station comprises: skipping, by the UE when sending the direct link buffer status report to the base station, adding the amount of the buffered data generated by the UE for the first service.
A carrier for carrying an array of containers comprising: a plastic sheet having a generally smooth surface and a plurality of container apertures formed therein, wherein the plastic sheet is generally transparent, wherein the plastic sheet includes a matte finish on at least one desired portion of the plastic sheet characterized in that the matte finish is printed via flexography. wherein the plastic sheet includes a matte finish on at least one desired portion of the plastic sheet characterized in that the matte finish is printed via flexography.
A motor vehicle comprising a structural element and a seat comprising at least two separate and independent seat portions , each of the seat portions being configured to support a part of a user's body and being independently coupled to the structural element in a movable manner relative to the structural element with three degrees of freedom including two translations in a plane along respective orthogonal axes (X, Z) and a rotation around a further axis (Y) orthogonal to said plane.
An audio device comprising: a housing holding electronic components and having a face being substantially covered by a layer of transparent material ; a display comprising a layer of display material supported under at least part of the layer of transparent material by being held between the housing and the layer of transparent material; at least one display actuating element in the housing configured to flex the display and the layer of transparent material to generate sound waves; and at least one air cavity formed between the layer of display material and the housing; and characterized in that there is an entrance formed in the layer of transparent material to allow air to pass between the air cavity and an exterior of the device. a housing holding electronic components and having a face being substantially covered by a layer of transparent material ; a display comprising a layer of display material supported under at least part of the layer of transparent material by being held between the housing and the layer of transparent material; at least one display actuating element in the housing configured to flex the display and the layer of transparent material to generate sound waves; and at least one air cavity formed between the layer of display material and the housing; and characterized in that there is an entrance formed in the layer of transparent material to allow air to pass between the air cavity and an exterior of the device.