mhurhangee/patent-ind-claim-en huggingface dataset:
A housing assembly , comprising: a substrate having a display surface, wherein a penetrating accommodation hole is defined in the substrate , and an opening of the accommodation hole is located on the display surface; a plastic member disposed in the accommodation hole and fixedly connected to the substrate ; and a covering layer covering an entirety of the display surface and shielding the opening of the accommodation hole located on the display surface, wherein the housing assembly further comprises a spacing unit disposed between the display surface and the covering layer , the spacing unit shielding the opening of the accommodation hole located on the display surface, wherein the spacing unit comprises an isolation layer disposed between the display surface and the covering layer , and a spacing layer disposed between the isolation layer and the covering layer , characterized in that , the spacing layer has a smaller density than the isolation layer . a substrate having a display surface, wherein a penetrating accommodation hole is defined in the substrate , and an opening of the accommodation hole is located on the display surface; a plastic member disposed in the accommodation hole and fixedly connected to the substrate ; and a covering layer covering an entirety of the display surface and shielding the opening of the accommodation hole located on the display surface, wherein the housing assembly further comprises a spacing unit disposed between the display surface and the covering layer , the spacing unit shielding the opening of the accommodation hole located on the display surface, wherein the spacing unit comprises an isolation layer disposed between the display surface and the covering layer , and a spacing layer disposed between the isolation layer and the covering layer , characterized in that , the spacing layer has a smaller density than the isolation layer .
A method comprising: detecting a first navigation to a website from a device of a user ; determining a webpage flow for a plurality of webpage elements on a webpage of the website , wherein the webpage flow comprises an ordered sequence through the plurality of webpage elements ; determining a plurality of webpage tags for the plurality of webpage elements based on the webpage flow; accessing a software component library for an interactive voice response (IVR) flow through the plurality of webpage elements based on the webpage flow and the plurality of webpage tags, wherein the IVR flow comprises a plurality of voice messages for the plurality of webpage elements ; causing the device to provide at least a first voice message from the plurality of voice messages using the software component library; detecting a second navigation to one of a different website or a different webpage of the website , wherein detecting the second navigation comprises detecting a first voice input; and determining the one of the different website or the different webpage based on the first voice input, detecting an input to a webpage element of the plurality of webpage elements through the device , wherein the input comprises a voice input. detecting a first navigation to a website from a device of a user ; determining a webpage flow for a plurality of webpage elements on a webpage of the website , wherein the webpage flow comprises an ordered sequence through the plurality of webpage elements ; determining a plurality of webpage tags for the plurality of webpage elements based on the webpage flow; accessing a software component library for an interactive voice response (IVR) flow through the plurality of webpage elements based on the webpage flow and the plurality of webpage tags, wherein the IVR flow comprises a plurality of voice messages for the plurality of webpage elements ; causing the device to provide at least a first voice message from the plurality of voice messages using the software component library; detecting a second navigation to one of a different website or a different webpage of the website , wherein detecting the second navigation comprises detecting a first voice input; and determining the one of the different website or the different webpage based on the first voice input, detecting an input to a webpage element of the plurality of webpage elements through the device , wherein the input comprises a voice input.
An apparatus for use in negative pressure wound therapy, comprising: a pump system comprising: a pump assembly comprising a pump chamber having an interior surface, an exterior surface, a first side, a second side generally opposite the first side, an inlet and an outlet ; a first magnetic actuator coupled to the first side of the pump chamber; a second magnetic actuator coupled to the second side of the pump chamber, wherein one or both of the first and second magnetic actuators is an electromagnet that is actuatable to generate a magnetic field that applies a force on one of both of the first and second magnetic actuators to move the pump chamber between an extended position and a collapsed position to pump a fluid through the chamber; and characterized in that the pump chamber is defined by a first membrane and a second membrane , the membranes made of a flexible material and configured to move toward each other when the pump chamber moves toward the collapsed position and to move away from each other when the pump chamber moves toward the extended position. a pump system comprising: a pump assembly comprising a pump chamber having an interior surface, an exterior surface, a first side, a second side generally opposite the first side, an inlet and an outlet ; a first magnetic actuator coupled to the first side of the pump chamber; a second magnetic actuator coupled to the second side of the pump chamber, a pump chamber having an interior surface, an exterior surface, a first side, a second side generally opposite the first side, an inlet and an outlet ; a first magnetic actuator coupled to the first side of the pump chamber; a second magnetic actuator coupled to the second side of the pump chamber, wherein one or both of the first and second magnetic actuators is an electromagnet that is actuatable to generate a magnetic field that applies a force on one of both of the first and second magnetic actuators to move the pump chamber between an extended position and a collapsed position to pump a fluid through the chamber; and characterized in that the pump chamber is defined by a first membrane and a second membrane , the membranes made of a flexible material and configured to move toward each other when the pump chamber moves toward the collapsed position and to move away from each other when the pump chamber moves toward the extended position.
Liquid dispensing device for a high pressure cleaning device, comprising a liquid inlet , which is connectable to a pump outlet of the high pressure cleaning device by way of a pressure conduit for pressurized cleaning liquid, a liquid outlet for dispensing the cleaning liquid in the direction of an object to be cleaned, an input apparatus , a display apparatus , and a control unit for controlling the high pressure cleaning device, wherein the control unit comprises a storage member in which control parameters can be stored, and wherein at least one control parameter can be output from the control unit to the high pressure cleaning device, characterized in that the liquid dispensing device comprises an object detection unit for contactlessly detecting the object to be cleaned, wherein object information corresponding to the object to be cleaned is transmittable from the object detection unit to the control unit and is processable by the control unit for providing at least one control parameter adapted to the object to be cleaned.
Device for drying disc-shaped substrates comprising an elongated body , which tapers upwards to form a wedge (A) having an angle α between two surfaces and an upper edge wherein the upper edge is suitable for holding the disc-shaped substrates, characterized in that the two surfaces comprise more than one hole each forming channels, which extend to a lower drainage part (B) of the elongated body. an elongated body , which tapers upwards to form a wedge (A) having an angle α between two surfaces and an upper edge wherein the upper edge is suitable for holding the disc-shaped substrates, characterized in that the two surfaces comprise more than one hole each forming channels, which extend to a lower drainage part (B) of the elongated body.
A display device comprising: a display panel (DIS) having an electrode layer (CAT) in a display area (AA) and a non-display area (NA) thereof, and a panel ground layer (PGND) in the non-display area; and a touchscreen (TSP) disposed over the display panel, and including a touch ground layer (GND) having an area overlapping with at least one of the electrode layer and the panel ground layer, wherein the panel ground layer (PGND) does not overlap the display area (AA) of the display panel (DIS). a display panel (DIS) having an electrode layer (CAT) in a display area (AA) and a non-display area (NA) thereof, and a panel ground layer (PGND) in the non-display area; and a touchscreen (TSP) disposed over the display panel, and including a touch ground layer (GND) having an area overlapping with at least one of the electrode layer and the panel ground layer, wherein the panel ground layer (PGND) does not overlap the display area (AA) of the display panel (DIS).
A toggle lever clamp comprising: a clamp housing including a pair of housing halves ; a cylinder assembly coupled with the housing; a piston assembly movable in the cylinder assembly; a rod coupled with the piston assembly, the rod extending into the clamp housing; a toggle lever assembly coupled with an end of the rod in the clamp housing; a sensor assembly ; a pair of sensors spaced from each other and positioned on a mounting plate , and a sensor pickup movably positioned on the rod so that the sensor pickup is multi-positioned on the rod to adjust the stroke of the toggle lever assembly, wherein the housing halves include shelves that receive the sensor assembly , the mounting plate being slid into the shelves to maintain the mounting plate slidably secured within the clamp housing . a clamp housing including a pair of housing halves ; a cylinder assembly coupled with the housing; a piston assembly movable in the cylinder assembly; a rod coupled with the piston assembly, the rod extending into the clamp housing; a toggle lever assembly coupled with an end of the rod in the clamp housing; a sensor assembly ; a pair of sensors spaced from each other and positioned on a mounting plate , and a sensor pickup movably positioned on the rod so that the sensor pickup is multi-positioned on the rod to adjust the stroke of the toggle lever assembly, wherein the housing halves include shelves that receive the sensor assembly , the mounting plate being slid into the shelves to maintain the mounting plate slidably secured within the clamp housing .
STRUCTURE FOR WRAPPING MACHINE comprising a fixed inverted L-shaped outer branch and an also inverted L-shaped inner branch that rotates on a shaft and that supports a reel carriage characterised in that the outer branch comprises ascending columns with tensioners arranged between them, these columns are joined at their upper part to beams through a bracket , the beams are joined to the columns at one of their ends while at their other end they are solidly joined by a closing piece that supports the bushing of the shaft whereon the inner branch will rotate and between the outer branch and the base there is at least one pre-compression tie rod .
A sounding device comprises: a bone conduction speaker , a storage unit , and a first output control unit that controls the output of the bone conduction speaker , the storage unit storing first sound data corresponding to the sound from the bone conduction speaker , the first sound data being related to sound of talking, the first output control unit controlling the bone conduction speaker to output the sound of talking being related to the first sound data, characterized in that the sounding device further comprises a normal speaker and a second output control unit , the second output control unit controls the output of the normal speaker , the storage unit further stores second sound data corresponding to the sound from the normal speaker , the second sound data being related to sound from a pet, the sound of talking and the sound from the pet being mutually related, the second output control unit further controls the normal speaker to output the sound of the pet being related to the second sound data, wherein the sounding device comprises a contact detection unit that detects contact of the bone conduction speaker with a human body, and when the contact detection unit detects contact, the first and second output control units change the speaker output of at least one of the bone conduction speaker and the normal speaker to a direction that makes it easy to hear sound from the bone conduction speaker . a bone conduction speaker , a storage unit , and a first output control unit that controls the output of the bone conduction speaker , the storage unit storing first sound data corresponding to the sound from the bone conduction speaker , the first sound data being related to sound of talking, the first output control unit controlling the bone conduction speaker to output the sound of talking being related to the first sound data, characterized in that the sounding device further comprises a normal speaker and a second output control unit , the second output control unit controls the output of the normal speaker , the storage unit further stores second sound data corresponding to the sound from the normal speaker , the second sound data being related to sound from a pet, the sound of talking and the sound from the pet being mutually related, the second output control unit further controls the normal speaker to output the sound of the pet being related to the second sound data, wherein the sounding device comprises a contact detection unit that detects contact of the bone conduction speaker with a human body, and when the contact detection unit detects contact, the first and second output control units change the speaker output of at least one of the bone conduction speaker and the normal speaker to a direction that makes it easy to hear sound from the bone conduction speaker .
A method for diagnosing or pre-diagnosing a disease associated with podocyte foot process effacement in a subject said method comprising the steps of a) determining the length of the slit diaphragm (I SD ) formed by podocyte foot processes in a specific area A in a renal tissue sample of said subject by super resolution light microscopy, wherein the specific area A is an area where the glomeruli are visible with a plane view on podocyte foot process; b) comparing the length of the slit diaphragm (I SD ) formed by podocyte foot processes in a specific area A as determined in step (a) with the length of the slit diaphragm (I SD ) formed by podocyte foot processes in a comparable specific area A' in a renal tissue sample of a subject who at the time of the sampling showed no clinical symptoms of a disease associated with podocyte foot process effacement, wherein a deviation indicates a disease associated with podocyte foot process effacement. a) determining the length of the slit diaphragm (I SD ) formed by podocyte foot processes in a specific area A in a renal tissue sample of said subject by super resolution light microscopy, wherein the specific area A is an area where the glomeruli are visible with a plane view on podocyte foot process; b) comparing the length of the slit diaphragm (I SD ) formed by podocyte foot processes in a specific area A as determined in step (a) with the length of the slit diaphragm (I SD ) formed by podocyte foot processes in a comparable specific area A' in a renal tissue sample of a subject who at the time of the sampling showed no clinical symptoms of a disease associated with podocyte foot process effacement, wherein a deviation indicates a disease associated with podocyte foot process effacement.
A rechargeable lithium ion button cell comprising: a sealed housing comprising an inner casing and an outer casing , each of both casings having at least one flat area as top or bottom of the button cell, and a round or oval sidewall vertically formed to the flat areas, said sealed housing also comprising a round or oval insulation gasket having a footing rim positioned between said sidewalls, said footing rim covering an opening end of said inner casing sidewall; wherein said outer casing sidewall is pushed together with the gasket against the inner casing to seal the button cell; a first electrode and a second electrode inside said sealed housing being spirally wound with a separator to be a round or oval roll having a roll axis vertical to said flat areas of the casings, each of said electrodes having one conductor tab to connect the electrodes with said casings, respectively; wherein said sealed housing also contains an electrolyte; characterized in that a first O-ring shaped insulation washer is attached to and covers the inner flat area of the outer casing , wherein a hole of the O-ring is left blank for the first electrode conductor tab to be further connected to said outer casing , and a further insulation washer is applied to fully cover the conductor tab and the outer casing preventing them from exposure to the electrolyte. a sealed housing comprising an inner casing and an outer casing , each of both casings having at least one flat area as top or bottom of the button cell, and a round or oval sidewall vertically formed to the flat areas, said sealed housing also comprising a round or oval insulation gasket having a footing rim positioned between said sidewalls, said footing rim covering an opening end of said inner casing sidewall; wherein said outer casing sidewall is pushed together with the gasket against the inner casing to seal the button cell; a first electrode and a second electrode inside said sealed housing being spirally wound with a separator to be a round or oval roll having a roll axis vertical to said flat areas of the casings, each of said electrodes having one conductor tab to connect the electrodes with said casings, respectively; wherein said sealed housing also contains an electrolyte; characterized in that a first O-ring shaped insulation washer is attached to and covers the inner flat area of the outer casing , wherein a hole of the O-ring is left blank for the first electrode conductor tab to be further connected to said outer casing , and a further insulation washer is applied to fully cover the conductor tab and the outer casing preventing them from exposure to the electrolyte.
A reaching and grabbing tool, comprising: a trigger assembly having a trigger and a handle ; a gripping head having at least one jaw operatively connected to the trigger for movement with respect to a gripping axis (B); and an extension operatively connecting the trigger assembly and the gripping head , the extension defining an extension axis A, the gripping head has at least one jaw that includes a main member , a first-grip member , and a second-grip member , the first and second grip members are secured to the main member along a region of the extension axis (A) so that the first-grip member extends towards the gripping axis (B) more than the second-grip member in a normal or unactuated state, characterized in that the first-grip member deflects or elastically moves with respect to main and second -grip members in a direction away from gripping axis (B) based on a gripping pressure exerted on an item being gripped to provide a plurality of different gripping states in the region, and the first-grip member being secured to the main member with a gap defined therebetween, the gap providing a relief area for the deflection or elastic movement of the first-grip member . a trigger assembly having a trigger and a handle ; a gripping head having at least one jaw operatively connected to the trigger for movement with respect to a gripping axis (B); and an extension operatively connecting the trigger assembly and the gripping head , the extension defining an extension axis A, the gripping head has at least one jaw that includes a main member , a first-grip member , and a second-grip member , the first and second grip members are secured to the main member along a region of the extension axis (A) so that the first-grip member extends towards the gripping axis (B) more than the second-grip member in a normal or unactuated state, characterized in that the first-grip member deflects or elastically moves with respect to main and second -grip members in a direction away from gripping axis (B) based on a gripping pressure exerted on an item being gripped to provide a plurality of different gripping states in the region, and the first-grip member being secured to the main member with a gap defined therebetween, the gap providing a relief area for the deflection or elastic movement of the first-grip member .
A curable composition comprising (a) a fluorinated elastomeric gum comprising a fluoropolymer, wherein the fluoropolymer comprises at least one of -I, -Br, and -CN cure site, (b) a peroxide, and (c) a compound of Formula (I) wherein Rf is a perfluorinated divalent group comprising 2 to 12 carbon atoms; and Z is selected from -CH=CH 2 , and -CH 2 CH=CH 2 .
Circuit arrangement, in particular for a safety I&C system of a nuclear power plant , arranged on a logic board and comprising: • a generic FPGA with a plurality of pins, a number of logic function units each of which comprises inputs and outputs, and a set of internal routing resources for interconnections between the inputs and outputs of the logic function units , each input and respectively each output of the logic function units being only connected to a respective pin of the plurality of pins, • at least one application specific PLD with a plurality of pins, and • a plurality of point-to-point connections between the pins of the FGPA and the pins of the PLD via circuit tracks of the logic board , wherein the internal routing resources of the FPGA are not used to connect the inputs and outputs of the logic functions units 20 with each other, but instead the PLD operates as an application-specific, FPGA-external switch-matrix for said point-to-point connections and hence for said inputs and outputs of said logic function units . • a generic FPGA with a plurality of pins, a number of logic function units each of which comprises inputs and outputs, and a set of internal routing resources for interconnections between the inputs and outputs of the logic function units , each input and respectively each output of the logic function units being only connected to a respective pin of the plurality of pins, • at least one application specific PLD with a plurality of pins, and • a plurality of point-to-point connections between the pins of the FGPA and the pins of the PLD via circuit tracks of the logic board ,