mhurhangee/patent-ind-claim-en huggingface dataset:
An AT-cut crystal resonator plate , comprising: a substantially rectangular-shaped vibrating part including a first excitation electrode formed on a first main surface and a second excitation electrode formed on a second main surface ; a support part protruding from a corner of the vibrating part in a Z' axis direction of the AT-cut crystal resonator plate so as to support the vibrating part ; and an external frame part surrounding an outer periphery of the vibrating part and supporting the support part , wherein the vibrating part and the support part are made as an etching region (Eg) having a thickness thinner than a thickness of the external frame part , and furthermore, on at least one of the first main surface and the second main surface , the etching region (Eg) has an entering part (Eg1) that is formed to enter part of the external frame part from the support part , and a start point (P1,P2) of a boundary of the entering part (Eg1) of the etching region (Eg) is formed at a position shifted from an extension line (L3) of a side of the support part on a -X side, characterized in that the start point (P1) of the boundary of the entering part (Eg1) of the etching region (Eg) on the -X side is formed within a connection area (R) between the support part and the external frame part . a substantially rectangular-shaped vibrating part including a first excitation electrode formed on a first main surface and a second excitation electrode formed on a second main surface ; a support part protruding from a corner of the vibrating part in a Z' axis direction of the AT-cut crystal resonator plate so as to support the vibrating part ; and an external frame part surrounding an outer periphery of the vibrating part and supporting the support part , wherein the vibrating part and the support part are made as an etching region (Eg) having a thickness thinner than a thickness of the external frame part , and furthermore, on at least one of the first main surface and the second main surface , the etching region (Eg) has an entering part (Eg1) that is formed to enter part of the external frame part from the support part , and a start point (P1,P2) of a boundary of the entering part (Eg1) of the etching region (Eg) is formed at a position shifted from an extension line (L3) of a side of the support part on a -X side, characterized in that the start point (P1) of the boundary of the entering part (Eg1) of the etching region (Eg) on the -X side is formed within a connection area (R) between the support part and the external frame part .
A wireless consumption meter for measuring one or more values relating to a fluid flowing in a connected fluid pipe system , the wireless consumption meter being arranged with at least two modes of operation comprising at least: a normal operation mode having associated a normal operation algorithm, and a test mode having associated a test mode algorithm different from the normal operation mode algorithm; the wireless consumption meter comprising a control input, and wherein the wireless consumption meter is arranged to enable an external device via said control input to control the measuring of values or the transmission of data packages. a normal operation mode having associated a normal operation algorithm, and a test mode having associated a test mode algorithm different from the normal operation mode algorithm;
A ventilation unit air line component , comprising a base body with a plurality of lateral surfaces that delimit an interior of the base body , wherein a device connection opening is formed on a first lateral surface of the base body , wherein a connection opening is formed on a second lateral surface of the base body , wherein the device connection opening is fluidically connected to the connection opening via the interior , wherein the base body has a first partial body , on which the device connection opening is formed, and a second partial body , on which the connection opening is formed, and wherein the second partial body is connected to the first partial body either in a first fastening position, in which the second lateral surface is arranged adjacent to the first lateral surface , or in a second fastening position, in which the second lateral surface is arranged opposite of the first lateral surface . wherein a device connection opening is formed on a first lateral surface of the base body , wherein a connection opening is formed on a second lateral surface of the base body , wherein the device connection opening is fluidically connected to the connection opening via the interior , wherein the base body has a first partial body , on which the device connection opening is formed, and a second partial body , on which the connection opening is formed, and wherein the second partial body is connected to the first partial body either in a first fastening position, in which the second lateral surface is arranged adjacent to the first lateral surface , or in a second fastening position, in which the second lateral surface is arranged opposite of the first lateral surface .
A polynucleotide that encodes a protein that provides a plant cell with tolerance to a herbicide selected from the group consisting of a phenoxy auxin herbicide and a pyridyloxy auxin herbicide, wherein said polynucleotide is operably linked to a promoter that is functional in said plant cell, and wherein the polynucleotide that encodes said protein hybridizes under stringent conditions with the full complement of a sequence selected from the group consisting of SEQ ID NO:3 and SEQ ID NO:5.
A vehicle seat having a seatback and a tray for a tray table, the tray comprising: a casing having a top surface with at least one aperture through the top surface; and wherein the tray is pivotably and foldably attached to the seatback as the tray table, such that the tray table can be selectively folded down by a passenger seated in an immediately rearward seat, the tray being characterized in that it further comprises a receptacle within the casing positioned below the aperture in the top surface and configured to receive an absorbent pad that can be positioned within the receptacle below the aperture to be in communication with the top surface. a casing having a top surface with at least one aperture through the top surface; and wherein the tray is pivotably and foldably attached to the seatback as the tray table, such that the tray table can be selectively folded down by a passenger seated in an immediately rearward seat, the tray being characterized in that it further comprises a receptacle within the casing positioned below the aperture in the top surface and configured to receive an absorbent pad that can be positioned within the receptacle below the aperture to be in communication with the top surface.
Car harness hooves, the vehicle comprising at least one beam comprising a plurality of driver element strands , the pin consisting of a first portion consisting of a first path of driver element strands arranged to accommodate the plurality of strands and a second portion consisting of a plurality of coplanar driver element strand paths, each path being arranged to accommodate at least one strand of the plurality of strands , characterized by the base also includes an anti-runoff cap arranged in the extension of the second portion.
Use of at least a first and a second single-stranded oligonucleotide in the assembly within a cell of at least two double-stranded nucleic acid molecules into a single double-stranded nucleic acid construct of pre-determined sequence, wherein the first and second single-stranded oligonucleotide are at least 80% complementary to each other over the whole sequence, wherein a first of the at least two double-stranded nucleic acid molecules integrates into a second of the at least two double-stranded nucleic acid molecules to result into a single double-stranded nucleic acid construct, wherein a part of the first single-stranded oligonucleotide has sequence identity with the first of the at least two double-stranded nucleic acid molecules and wherein a part of the first single-stranded oligonucleotide has sequence identity with the second of the at least two double-stranded nucleic acid molecules, wherein the sequence identity is sufficient for assembly of the double-stranded nucleic acid construct.
Processing machine for processing workpieces (W), in particular in shuttle operation, with: a machine bed and a processing unit , moveable along the machine bed , in the housing of which a processing assembly is provided, at least one sensor (30a, 30b, 30c, 30d; 40) mounted on the housing of the processing unit which is provided in order to monitor a traversing movement of the processing unit , characterised in that operating elements are provided on the housing of the moveable processing unit in order to enter an operating command, in particular a start or stop command, for the processing unit , wherein each operating element is assigned a different operating command. a machine bed and a processing unit , moveable along the machine bed , in the housing of which a processing assembly is provided, at least one sensor (30a, 30b, 30c, 30d; 40) mounted on the housing of the processing unit which is provided in order to monitor a traversing movement of the processing unit , characterised in that operating elements are provided on the housing of the moveable processing unit in order to enter an operating command, in particular a start or stop command, for the processing unit , wherein each operating element is assigned a different operating command.
A bait boat comprising two parallel hulls, such as a catamaran, characterised in that it comprises, located above said hulls, a bait ejection device including a rotating element driven in rotation about a vertical axis, the rotating element having an upper surface whose shape allows a storage of the bait and an ejection thereof by rotation of the rotating element, said rotating element including at least one fin on the upper surface thereof, said fin having an outer end located on an edge of the rotating element and an inner end located inside said rotating element at a distance D from the vertical axis.
A deployable electric vehicle charging point comprising: a housing for burying substantially below ground level, a post and a power distribution connector mounted to the post; the post being mounted in the housing about a pivotal axis and movable about the pivotal axis between an inoperative position within the housing and an operative position, characterised in that the post is substantially deployed vertical in the operative position irrespective of the incline of the housing to the horizontal and the ground level for enabling the electric vehicle charging point to be installed on an incline. a housing for burying substantially below ground level, a post and a power distribution connector mounted to the post; the post being mounted in the housing about a pivotal axis and movable about the pivotal axis between an inoperative position within the housing and an operative position, characterised in that the post is substantially deployed vertical in the operative position irrespective of the incline of the housing to the horizontal and the ground level for enabling the electric vehicle charging point to be installed on an incline.
A display apparatus, comprising: a display device, having a display area and a frame area surrounding the display area ; and a prism module , disposed above the frame area , wherein the prism module comprises: a plurality of first prism sets , respectively disposed beside a plurality of edges (e) of the display area ; and at least one second prism set , disposed beside at least one corner (C1) of the display area and adjacent to the first prism sets , wherein the second prism set comprises a plurality of prisms arranged in a direction (D3) away from the corner (C1) of the display area , and an extending direction (D4) of each of the prisms of the second prism set is inclined with respect to the edges (e) of the display area adjacent to the corner (C1), characterized in that an acute angle (θ 1 ) between the extending direction (D4) of the prisms of the second prism set and the edges (e) adjacent to the corner (C1) in the display area is greater than or equal to 15 degrees and smaller than or equal to 75 degrees. a display device, having a display area and a frame area surrounding the display area ; and a prism module , disposed above the frame area , wherein the prism module comprises: a plurality of first prism sets , respectively disposed beside a plurality of edges (e) of the display area ; and at least one second prism set , disposed beside at least one corner (C1) of the display area and adjacent to the first prism sets , wherein the second prism set comprises a plurality of prisms arranged in a direction (D3) away from the corner (C1) of the display area , and an extending direction (D4) of each of the prisms of the second prism set is inclined with respect to the edges (e) of the display area adjacent to the corner (C1), characterized in that an acute angle (θ 1 ) between the extending direction (D4) of the prisms of the second prism set and the edges (e) adjacent to the corner (C1) in the display area is greater than or equal to 15 degrees and smaller than or equal to 75 degrees. a plurality of first prism sets , respectively disposed beside a plurality of edges (e) of the display area ; and at least one second prism set , disposed beside at least one corner (C1) of the display area and adjacent to the first prism sets , wherein the second prism set comprises a plurality of prisms arranged in a direction (D3) away from the corner (C1) of the display area , and an extending direction (D4) of each of the prisms of the second prism set is inclined with respect to the edges (e) of the display area adjacent to the corner (C1), characterized in that an acute angle (θ 1 ) between the extending direction (D4) of the prisms of the second prism set and the edges (e) adjacent to the corner (C1) in the display area is greater than or equal to 15 degrees and smaller than or equal to 75 degrees.
Method for controlling an automatic gearbox of a motor vehicle , said method comprising the following: determining a variation of an acceleration request, wherein the determining of the acceleration request comprises the determining of a gradient of a driving pedal movement and the determining of a direction of movement of a driving pedal of the motor vehicle ; determining to which category of a set of categories the variation of the acceleration request is assigned, wherein the set of categories has a plurality of different gradients of the driving pedal movement; down-shifting the gearbox as a function of the determined category. determining a variation of an acceleration request, wherein the determining of the acceleration request comprises the determining of a gradient of a driving pedal movement and the determining of a direction of movement of a driving pedal of the motor vehicle ; determining to which category of a set of categories the variation of the acceleration request is assigned, wherein the set of categories has a plurality of different gradients of the driving pedal movement; down-shifting the gearbox as a function of the determined category.
A method for the reliable detection of a kinematic quantity of a manipulator, in particular of a robot, the method comprising the steps of: (S10): detecting a kinematic quantity (αi) of the manipulator at different points in time (t0, t1, t2, t3) by a detection device; (S20): determining a change over time (dai/dt, d 2 αi/dt 2 , d 3 αi/dt 3 ) of the detected kinematic quantity; (S30, S35): checking whether the change over time lies within a predetermined plausible range ([-aizul, aizul], [-rizul, rizul]); and (S40): outputting a reliable kinematic quantity (asf, vsf) on the basis of the detected kinematic quantity if the change over time lies within the plausible range, wherein the reliable kinematic quantity comprises the detected kinematic quantity, a time derivative of the detected kinematic quantity and / or an integral of the detected kinematic quantity over time. (S10): detecting a kinematic quantity (αi) of the manipulator at different points in time (t0, t1, t2, t3) by a detection device; (S20): determining a change over time (dai/dt, d 2 αi/dt 2 , d 3 αi/dt 3 ) of the detected kinematic quantity; (S30, S35): checking whether the change over time lies within a predetermined plausible range ([-aizul, aizul], [-rizul, rizul]); and (S40): outputting a reliable kinematic quantity (asf, vsf) on the basis of the detected kinematic quantity if the change over time lies within the plausible range, wherein
A system for reducing blood pressure in a patient, the system comprising: a stimulation circuit configured to deliver a stimulation pulse to at least one cardiac chamber of a heart of the patient; and at least one controller configured to execute the delivery of a plurality of stimulation patterns of stimulation pulses to the at least one cardiac chamber over a time interval, wherein the controller is configured to execute the delivery of a first stimulation pattern of the plurality of stimulation patterns for a first duration for reducing the blood pressure of the patient by a first reduction amount, wherein the controller is configured to execute the delivery of a second stimulation pattern of the plurality of stimulation patterns for a second duration for reducing the blood pressure of the patient by a second reduction amount, and wherein the second reduction amount is greater than zero, characterized in that the first reduction amount is greater than the second reduction amount, and that the second duration is shorter than the first duration. a stimulation circuit configured to deliver a stimulation pulse to at least one cardiac chamber of a heart of the patient; and at least one controller configured to execute the delivery of a plurality of stimulation patterns of stimulation pulses to the at least one cardiac chamber over a time interval, wherein the controller is configured to execute the delivery of a first stimulation pattern of the plurality of stimulation patterns for a first duration for reducing the blood pressure of the patient by a first reduction amount, wherein the controller is configured to execute the delivery of a second stimulation pattern of the plurality of stimulation patterns for a second duration for reducing the blood pressure of the patient by a second reduction amount, and wherein the second reduction amount is greater than zero,
A method of determining bandwidth savings from adaptive bitrate, ABR, shaping, the method comprising: determining, by a network optimization node , a characteristic of a first portion of ABR media data transmitted from a first content provider to a first user equipment while ABR shaping is disabled; storing, by the network optimization node in an estimation module database associated with the network optimization node , the characteristic of the first portion in association with the first content provider; determining, by the network optimization node , a characteristic of a second portion of the ABR media data transmitted from the first content provider to at least one of the first user equipment and a second user equipment while ABR shaping is enabled; and calculating, by the network optimization node , a first bandwidth savings for the first content provider associated with ABR shaping being enabled based on a difference between the characteristic of the first portion and the characteristic of the second portion. determining, by a network optimization node , a characteristic of a first portion of ABR media data transmitted from a first content provider to a first user equipment while ABR shaping is disabled; storing, by the network optimization node in an estimation module database associated with the network optimization node , the characteristic of the first portion in association with the first content provider; determining, by the network optimization node , a characteristic of a second portion of the ABR media data transmitted from the first content provider to at least one of the first user equipment and a second user equipment while ABR shaping is enabled; and calculating, by the network optimization node , a first bandwidth savings for the first content provider associated with ABR shaping being enabled based on a difference between the characteristic of the first portion and the characteristic of the second portion.
A system for sensing tire parameters in remote monitoring and management of a fleet of autonomous vehicles, the system comprising: at least one autonomous vehicle supported by at least one tire ; at least one sensor for sensing tire parameters as the autonomous vehicle operates on at least one of an urban street and a highway; means for communicating data generated by the at least one sensor ; a mobile network for receiving the data generated by the at least one sensor ; a fleet management server for receiving from the mobile network the data generated by the at least one sensor ; and means for generating commands for the autonomous vehicle in real time based upon the data generated by the at least one sensor , characterized in that the at least one sensor is affixed to the at least one tire and the means for communicating the data generated by the at least one sensor includes means for communicating the data to a control system on the vehicle, in which the mobile network receives the data from the control system on the vehicle . at least one autonomous vehicle supported by at least one tire ; at least one sensor for sensing tire parameters as the autonomous vehicle operates on at least one of an urban street and a highway; means for communicating data generated by the at least one sensor ; a mobile network for receiving the data generated by the at least one sensor ; a fleet management server for receiving from the mobile network the data generated by the at least one sensor ; and means for generating commands for the autonomous vehicle in real time based upon the data generated by the at least one sensor , characterized in that the at least one sensor is affixed to the at least one tire and the means for communicating the data generated by the at least one sensor includes means for communicating the data to a control system on the vehicle, in which the mobile network receives the data from the control system on the vehicle .
A composition for friction material, comprising at least one binder, and a fiber substrate, characterized in that : - the fiber substrate comprises organic fibers and metallic fibers, the amount of metallic fibers being superior or equal to the amount of organic fibers, and - the composition further comprises oxide compounds, the oxide compounds being at least one silicate compound (A1) and at least one phosphate compound (A2), the silicate compound (A1) being a calcium silicate, the composition comprising less than 5 % by volume of copper-based compounds, over the total volume of the composition. - the fiber substrate comprises organic fibers and metallic fibers, the amount of metallic fibers being superior or equal to the amount of organic fibers, and - the composition further comprises oxide compounds, the oxide compounds being at least one silicate compound (A1) and at least one phosphate compound (A2), the silicate compound (A1) being a calcium silicate,