mhurhangee/patent-ind-claim-en huggingface dataset:
An olive crusher comprising: - a housing in which olives are crushed, and which is delimited at its top and sides by walls and has a bottom opening for releasing the olive paste obtained by crushing and a front access opening ; - a door for closing the front opening , which has a conduit extending therethrough for introducing olives into the housing via a hopper and a motorized auger ; - an impeller having a plurality of arms , rotated about a horizontal axis by a rotary shaft driven by a first motor ; - a peripheral cylindrical screen ; - a plurality of crushing hammers , mounted to the ends of the arms of the impeller proximate to the screen ; characterized in that said hammers have a parallelepiped shape and each is oriented with two contiguous walls forming angles (α,β) from 40° to 50°, preferably of 45° with respect to the tangent plane (T) that passes through the generatrix of the screen that is closest to the hammer . - a housing in which olives are crushed, and which is delimited at its top and sides by walls and has a bottom opening for releasing the olive paste obtained by crushing and a front access opening ; - a door for closing the front opening , which has a conduit extending therethrough for introducing olives into the housing via a hopper and a motorized auger ; - an impeller having a plurality of arms , rotated about a horizontal axis by a rotary shaft driven by a first motor ; - a peripheral cylindrical screen ; - a plurality of crushing hammers , mounted to the ends of the arms of the impeller proximate to the screen ;
An item of furniture having a furniture body , which is closable at an opening by at least two door leaves articulated with one another, which are movable from an unfolded, preferably surface-flush closed position into a collapsed position, wherein an opening device is provided, which comprises a permanently acting force accumulator and which pre-tensions the door leaves in the opening direction, wherein a holding device is provided, which holds the door leaves against the force of the opening device in a closed position, wherein, for an opening procedure, a force pulse acting against the holding device releases the door leaves in the opening direction, characterized in that the holding device is provided in a connecting region of the door leaves , wherein the connecting region is the region which is arranged adjacent to a joint axis, at which the two door leaves are connected to one another.
A communication apparatus comprising: communication means capable of performing first communication with a first other communication apparatus in a first duration which comes at a predetermined time interval, and performing, based on the first communication, second communication with the first other communication apparatus by setting a second duration different from the first duration, and identification means for identifying one or more third durations during which the first communication is performed by each of one or more second other communication apparatuses, and identifying, as the second duration, at least part of a duration usable for the second communication based on the one or more third durations, wherein the communication means is configured to transmit, in the first duration, to the first other communication apparatus, a signal to request that the second communication be performed in the second duration, and each of the first and third durations is a duration of a discovery window defined by Neighbor Awareness Networking, NAN, each belonging to another NAN cluster. communication means capable of performing first communication with a first other communication apparatus in a first duration which comes at a predetermined time interval, and performing, based on the first communication, second communication with the first other communication apparatus by setting a second duration different from the first duration, and identification means for identifying one or more third durations during which the first communication is performed by each of one or more second other communication apparatuses, and identifying, as the second duration, at least part of a duration usable for the second communication based on the one or more third durations, wherein the communication means is configured to transmit, in the first duration, to the first other communication apparatus, a signal to request that the second communication be performed in the second duration, and each of the first and third durations is a duration of a discovery window defined by Neighbor Awareness Networking, NAN, each belonging to another NAN cluster.
A tensioning device for tensioning tensioning means such as chains, straps, ropes, threaded rods or the like, comprising at least one tubular tensioning nut and at least one threaded bolt that is inserted into and interacts with the tensioning nut , wherein the tensioning nut is longitudinally divided into at least two tensioning nut halves and has at least one guide opening that interacts with a guide pin in order to radially act upon both tensioning nut halves , characterized in that the guide opening is realized in two parts with a guiding region and a spreading region , wherein the guiding region has a clear width that is adapted to the guide pin , and wherein the spreading region is realized in a tapered manner in the direction of a partition plane (T) of the tensioning nut such that a relative movement between the stationary guide pin and the guide opening in the tensioning nut corresponds to both tensioning nut halves being radially acted upon in the radial direction (R) perpendicular to the longitudinal direction (L). the tensioning nut is longitudinally divided into at least two tensioning nut halves and has at least one guide opening that interacts with a guide pin in order to radially act upon both tensioning nut halves , characterized in that the guide opening is realized in two parts with a guiding region and a spreading region , wherein the guiding region has a clear width that is adapted to the guide pin , and wherein the spreading region is realized in a tapered manner in the direction of a partition plane (T) of the tensioning nut such that a relative movement between the stationary guide pin and the guide opening in the tensioning nut corresponds to both tensioning nut halves being radially acted upon in the radial direction (R) perpendicular to the longitudinal direction (L).
Integrated electronic device comprising: - a Schottky diode comprising an anode and a cathode mutually coupled by a two-dimensional electron gas and having a first threshold voltage (Vs1), - a derivation component having a second threshold voltage (Vs2) greater than the first threshold voltage (Vs1) and coupled in parallel with the Schottky diode, the device being characterised in that the derivation component is a lateral super-junction transistor comprising an insulated vertical gate , a source electrically connected to the anode of the Schottky diode and a drain electrically connected to the cathode of the Schottky diode , the insulated vertical gate and the source being mutually electrically coupled so as to be at the same electrical potential. - a Schottky diode comprising an anode and a cathode mutually coupled by a two-dimensional electron gas and having a first threshold voltage (Vs1), - a derivation component having a second threshold voltage (Vs2) greater than the first threshold voltage (Vs1) and coupled in parallel with the Schottky diode,
An apparatus comprising: a processor (502-1) operable to enter a low power state; a communication device for allowing at least part of the apparatus to communicate with one or more devices; and a logic to enable the processor to remain in low power state by taking over management of each communication link with the one or more devices according to a policy, wherein the policy includes identification information and reply methods for interacting with the one or more devices, and wherein based on the policy the logic is to send at least one keep alive message via the communication device to the one or more devices and to turn off unnecessary links. a processor (502-1) operable to enter a low power state; a communication device for allowing at least part of the apparatus to communicate with one or more devices; and a logic to enable the processor to remain in low power state by taking over management of each communication link with the one or more devices according to a policy, wherein the policy includes identification information and reply methods for interacting with the one or more devices, and wherein based on the policy the logic is to send at least one keep alive message via the communication device to the one or more devices and to turn off unnecessary links.
A terminal apparatus comprising: a processor; and a memory associated with the processor; wherein the processor communicates with a base station apparatus using a physical resource block in a downlink frequency domain; the processor receives system information using Narrow Band Physical Broadcast Channel, NB-PBCH, the system information is used to indicate at least (i) that an in-band scenario is applied, wherein the physical resource block in the downlink frequency domain is included in a transmission bandwidth of an E-UTRA cell in the in-band scenario, and (ii) an offset value used to identify a Narrow Band Cell-specific Reference Signal, NB-CRS, sequence in the in-band scenario; and the offset value is identified based on the transmission bandwidth of the E-UTRA cell and an index of the physical resource block of the E-UTRA cell. a processor; and a memory associated with the processor; wherein the processor communicates with a base station apparatus using a physical resource block in a downlink frequency domain; the processor receives system information using Narrow Band Physical Broadcast Channel, NB-PBCH, the system information is used to indicate at least (i) that an in-band scenario is applied, wherein the physical resource block in the downlink frequency domain is included in a transmission bandwidth of an E-UTRA cell in the in-band scenario, and (ii) an offset value used to identify a Narrow Band Cell-specific Reference Signal, NB-CRS, sequence in the in-band scenario; and the offset value is identified based on the transmission bandwidth of the E-UTRA cell and an index of the physical resource block of the E-UTRA cell.
A cleaning system, comprising: a first cleaning tank ; a carrying and moving unit configured to move a polishing film to be cleaned into the first cleaning tank and hold the polishing film in the first cleaning tank ; a first cleaning spray head configured to spray a cleaning liquid to the polishing film held in the first cleaning tank ; and a rolling brush unit configured to brush the polishing film while the first cleaning spray head is spraying the cleaning liquid to the polishing film , wherein the rolling brush unit comprises: a rolling brush installation frame ; a rolling brush rotatably mounted on the rolling brush installation frame ; a rolling brush driver adapted to drive the rolling brush to rotate about its axis; a horizontal moving mechanism configured to move the rolling brush fore and aft in a horizontal direction; a vertical moving mechanism configured to move the rolling brush up and down in the vertical direction; and a main support frame configured to support the rolling brush , the rolling brush driver , the horizontal moving mechanism and the vertical moving mechanism. a first cleaning tank ; a carrying and moving unit configured to move a polishing film to be cleaned into the first cleaning tank and hold the polishing film in the first cleaning tank ; a first cleaning spray head configured to spray a cleaning liquid to the polishing film held in the first cleaning tank ; and a rolling brush unit configured to brush the polishing film while the first cleaning spray head is spraying the cleaning liquid to the polishing film , wherein the rolling brush unit comprises: a rolling brush installation frame ; a rolling brush rotatably mounted on the rolling brush installation frame ; a rolling brush driver adapted to drive the rolling brush to rotate about its axis; a horizontal moving mechanism configured to move the rolling brush fore and aft in a horizontal direction; a vertical moving mechanism configured to move the rolling brush up and down in the vertical direction; and a main support frame configured to support the rolling brush , the rolling brush driver , the horizontal moving mechanism and the vertical moving mechanism. a rolling brush installation frame ; a rolling brush rotatably mounted on the rolling brush installation frame ; a rolling brush driver adapted to drive the rolling brush to rotate about its axis; a horizontal moving mechanism configured to move the rolling brush fore and aft in a horizontal direction; a vertical moving mechanism configured to move the rolling brush up and down in the vertical direction; and a main support frame configured to support the rolling brush , the rolling brush driver , the horizontal moving mechanism and the vertical moving mechanism.
A method for fabricating an array substrate, comprising: forming, by a first patterning process, a first active layer , source/drain regions and common electrodes on a substrate , forming a first gate insulating layer on the first active layer , and forming a gate electrode on the first gate insulating layer forming a second gate insulating layer on the common electrodes and the gate electrode , and forming, by a second patterning process, via-holes in the second gate insulating layer to expose surface portions of the common electrodes ; forming, by a third patterning process, source/drain electrodes (170 s/d) electrically connected with the source/drain regions through the via-holes; and forming, by a fourth patterning process, a second active layer above the gate electrode and pixel electrodes on the second gate insulating layer . forming, by a first patterning process, a first active layer , source/drain regions and common electrodes on a substrate , forming a first gate insulating layer on the first active layer , and forming a gate electrode on the first gate insulating layer forming a second gate insulating layer on the common electrodes and the gate electrode , and forming, by a second patterning process, via-holes in the second gate insulating layer to expose surface portions of the common electrodes ; forming, by a third patterning process, source/drain electrodes (170 s/d) electrically connected with the source/drain regions through the via-holes; and forming, by a fourth patterning process, a second active layer above the gate electrode and pixel electrodes on the second gate insulating layer .
A stone slab with a light source, comprising a transparent composite plate ; wherein the composite plate comprises a stone panel , a light guide plate , and a honeycomb plate that are laminated from top to bottom; a water-molecule-activated protective film is provided on an upper surface and a lower surface of the light guide plate respectively, the water-molecule-activated protective film on the upper surface of the light guide plate is bonded to the stone panel by using an adhesive , and the water-molecule-activated protective film on the lower surface of the light guide plate is bonded to the honeycomb plate by using an adhesive; the water-molecule-activated protective film comprises a PET film and a water-molecule-activated adhesive , and the PET film is bonded to the light guide plate by using the water-molecule-activated adhesive.
A method for measuring the dimensions of an object, comprising: deriving, based on information received from one or more sensors , one or more accuracy parameters that influence an accuracy level for a measurement environment of the object being measured; computing, the accuracy level based on the one or more accuracy parameters; determining, if the accuracy level is sufficient for the measurement environment; determining, if the accuracy level is not sufficient for the measurement environment; in response to determining that the accuracy level is not sufficient for the measurement environment, providing a guidance indication for improving the accuracy level of the measurement environment; if the accuracy level is sufficient for the measurement environment, causing a capture icon, configured to enable capture of measurement of dimensions of the object, to be displayed on a display , and, in response to an input involving the capture icon, capturing a measurement of dimensions of the object. deriving, based on information received from one or more sensors , one or more accuracy parameters that influence an accuracy level for a measurement environment of the object being measured; computing, the accuracy level based on the one or more accuracy parameters; determining, if the accuracy level is sufficient for the measurement environment; determining, if the accuracy level is not sufficient for the measurement environment; in response to determining that the accuracy level is not sufficient for the measurement environment, providing a guidance indication for improving the accuracy level of the measurement environment; if the accuracy level is sufficient for the measurement environment, causing a capture icon, configured to enable capture of measurement of dimensions of the object, to be displayed on a display , and, in response to an input involving the capture icon, capturing a measurement of dimensions of the object.
A method comprising: obtaining , by a monitoring system, image data that depicts a portion of a property ; determining , by the monitoring system , that the image data depicts a human object; based on determining, by the monitoring system, that the image data depicts the human object, determining , by the monitoring system, whether the depicted human object is located within an exclusionary region of the property; based on determining, by the monitoring system , that the depicted human object is not located within the exclusionary region of the property, triggering , by the monitoring system, an event based on the image data; obtaining, by the monitoring system, different image data that depicts the portion of the property; determining, by the monitoring system, that the different image data depicts a second human object; based on determining, by the monitoring system, that the different image data depicts the second human object, determining, by the monitoring system, whether the depicted second human object is located within the exclusionary region of the property; and based on determining, by the monitoring system, that a first portion of the depicted second human object is located within the exclusionary region of the property and a second portion of the depicted second human object is located outside of the exclusionary region, triggering, by the monitoring system, an event based on the different image data. obtaining , by a monitoring system, image data that depicts a portion of a property ; determining , by the monitoring system , that the image data depicts a human object; based on determining, by the monitoring system, that the image data depicts the human object, determining , by the monitoring system, whether the depicted human object is located within an exclusionary region of the property; based on determining, by the monitoring system , that the depicted human object is not located within the exclusionary region of the property, triggering , by the monitoring system, an event based on the image data; obtaining, by the monitoring system, different image data that depicts the portion of the property; determining, by the monitoring system, that the different image data depicts a second human object; based on determining, by the monitoring system, that the different image data depicts the second human object, determining, by the monitoring system, whether the depicted second human object is located within the exclusionary region of the property; and based on determining, by the monitoring system, that a first portion of the depicted second human object is located within the exclusionary region of the property and a second portion of the depicted second human object is located outside of the exclusionary region, triggering, by the monitoring system, an event based on the different image data.
Acquisition device to limit leakage current in electrophysiological signal recording devices, that comprises an active transducer connected to a transimpedance amplifier and intended to contact a body tissue, and an alternate voltage source , connected to the active transducer , opposite to the transimpedance amplifier , characterized in that the device additionally comprises: - a direct voltage source , connected to the active transducer , parallel to the alternate voltage source , - a first capacitor connected between the alternate voltage source and the active transducer , - a second resistor connected between the direct voltage source and the active transducer , parallel to the first capacitor and the alternate voltage source , and - a second capacitor , connected between the active transducer and the transimpedance amplifier . - a direct voltage source , connected to the active transducer , parallel to the alternate voltage source , - a first capacitor connected between the alternate voltage source and the active transducer , - a second resistor connected between the direct voltage source and the active transducer , parallel to the first capacitor and the alternate voltage source , and - a second capacitor , connected between the active transducer and the transimpedance amplifier .
A catalyst composition comprising a transition metal (M) selected from Group VIIIB and rhenium, and a mixture of halophosphite conformational isomers A and B: the lone pair of electrons on the phosphorus atom in isomer A is in a pseudo-equatorial orientation; the lone pair of electrons on the phosphorus atom in isomer B is in a pseudo-axial orientation; X is fluorine or chlorine; R is a divalent group having the formula 1: R 1 , R 2 , R 3 , R 4 , and R 5 are each independently hydrogen or a hydrocarbyl group containing 1 to 40 carbon atoms; and R 6 and R 7 are each independently hydrogen or a hydrocarbyl group containing 1 to 10 carbon atoms with the proviso that at least one of R 6 and R 7 contains at least one carbon atom, and wherein (i) the molar ratio of B:A is such that the isomer B forms a complex with the transition metal, and (ii) the molar ratio of A:M is 5 or less; wherein the molar ratio of B:A is 20 or greater. the lone pair of electrons on the phosphorus atom in isomer A is in a pseudo-equatorial orientation; the lone pair of electrons on the phosphorus atom in isomer B is in a pseudo-axial orientation; X is fluorine or chlorine; R is a divalent group having the formula 1: R 1 , R 2 , R 3 , R 4 , and R 5 are each independently hydrogen or a hydrocarbyl group containing 1 to 40 carbon atoms; and R 6 and R 7 are each independently hydrogen or a hydrocarbyl group containing 1 to 10 carbon atoms with the proviso that at least one of R 6 and R 7 contains at least one carbon atom, and wherein (i) the molar ratio of B:A is such that the isomer B forms a complex with the transition metal, and (ii) the molar ratio of A:M is 5 or less; wherein the molar ratio of B:A is 20 or greater. R 1 , R 2 , R 3 , R 4 , and R 5 are each independently hydrogen or a hydrocarbyl group containing 1 to 40 carbon atoms; and R 6 and R 7 are each independently hydrogen or a hydrocarbyl group containing 1 to 10 carbon atoms with the proviso that at least one of R 6 and R 7 contains at least one carbon atom, and wherein (i) the molar ratio of B:A is such that the isomer B forms a complex with the transition metal, and (ii) the molar ratio of A:M is 5 or less; wherein the molar ratio of B:A is 20 or greater. (i) the molar ratio of B:A is such that the isomer B forms a complex with the transition metal, and (ii) the molar ratio of A:M is 5 or less;