mhurhangee/patent-ind-claim-en huggingface dataset:
A trailer having a trailer vehicle function control system, the system comprising an electronic control unit and comprising a trailer access point microcontroller , which electronic control unit is adapted to control the height of the trailer and a CAN bus , wherein the control system further comprises communication means adapted to receive data concerning trailer height, which data is passed to the electronic control unit , wherein the electronic control unit compares the actual trailer height with the received data concerning trailer height and if the actual trailer height is different to the received data trailer height, adjusts the trailer height to the received data trailer height, wherein the system further comprises a standards compliant communications interface adapted to communicate wirelessly with an electronic device remote from the communications interface , wherein when the communications interface receives data from the device concerning trailer height, the electronic control unit adjusts the trailer height en route to the received data trailer height, wherein the electronic control unit is a trailer electronic brake control unit, which electronic brake control unit can receive telematics and/or GPS data via CAN bus , the trailer access point microcontroller comprising the interface to the on-board electronic systems and the trailer electronic braking system and an interface for sending and receiving data in a wireless format.
A cord configured to connect a headset to an electronic device and to provide input for controlling the electronic device, comprising: a resistive member (54;56) configured to provide a tactile bending resistance; a sensor means for determining a bend of the resistive member, wherein the determined bend includes a degree of bend of the resistive member (59;56); wherein the resistive member (54;56) is provided within a first input region of the cord , and wherein the sensor means is configured to determine a bend of the resistive member within the first input region; a second sensor means configured to determine a manipulation of a second input region of the cord; wherein the sensor means is configured to determine a bend of the first input region in response to the second sensor means determining manipulation of the second input region; signaling means for providing a signal to the electronic device when the determined degree of bend of the resistive member (59;56) is beyond a first bending threshold. a resistive member (54;56) configured to provide a tactile bending resistance; a sensor means for determining a bend of the resistive member, wherein the determined bend includes a degree of bend of the resistive member (59;56); wherein the resistive member (54;56) is provided within a first input region of the cord , and wherein the sensor means is configured to determine a bend of the resistive member within the first input region; a second sensor means configured to determine a manipulation of a second input region of the cord; wherein the sensor means is configured to determine a bend of the first input region in response to the second sensor means determining manipulation of the second input region; signaling means for providing a signal to the electronic device when the determined degree of bend of the resistive member (59;56) is beyond a first bending threshold.
An additive manufacturing machine defining a vertical direction, the additive manufacturing machine comprising: a turntable rotatable about a central axis and defining a radial direction (R) perpendicular to the central axis; an annular powder bed assembly operably coupled to the turntable , the annular powder bed assembly comprising an annular base plate , an annular build platform and a distribution plenum , which is an annular plenum defined between the annular base plate and the annular build platform along a vertical direction and between an annular inner wall and an annular outer wall along a radial direction (R), the annular build platform defining a plurality of perforations ; a lift mechanism supporting the annular build platform and operatively coupling the annular build platform to the annular base plate , the lift mechanism being configured for moving the annular build platform 2. along the vertical direction relative to the annular base plate ; a positioning assembly operably coupling the annular powder bed assembly to the turntable such that the annular powder bed assembly is rotatably fixed to the turntable but is movable along the radial direction (R) relative to the turntable ; and a heated gas supply in fluid communication with the plurality of perforations for providing a flow of heated gas through the plurality of perforations , wherein the distribution plenum is fluidly coupled to the heated gas supply . a turntable rotatable about a central axis and defining a radial direction (R) perpendicular to the central axis; an annular powder bed assembly operably coupled to the turntable , the annular powder bed assembly comprising an annular base plate , an annular build platform and a distribution plenum , which is an annular plenum defined between the annular base plate and the annular build platform along a vertical direction and between an annular inner wall and an annular outer wall along a radial direction (R), the annular build platform defining a plurality of perforations ; a lift mechanism supporting the annular build platform and operatively coupling the annular build platform to the annular base plate , the lift mechanism being configured for moving the annular build platform 2. along the vertical direction relative to the annular base plate ; a positioning assembly operably coupling the annular powder bed assembly to the turntable such that the annular powder bed assembly is rotatably fixed to the turntable but is movable along the radial direction (R) relative to the turntable ; and a heated gas supply in fluid communication with the plurality of perforations for providing a flow of heated gas through the plurality of perforations , wherein the distribution plenum is fluidly coupled to the heated gas supply .
A method for routing a data packet in a network, the method comprising: for each one of a plurality of destination devices capable of further handling of the data packet for routing toward a further destination, determining a respective cost or utility associated with forwarding the data packet from a first location in the network to said one of the plurality of destination devices, wherein the cost or utility is based on a distance from said one of the plurality of destination devices to the further destination and is determined by computing an inner product of a first vector and a second vector, the first vector originating at an originating point and directed toward said one of the plurality of destination devices, the second vector originating at the originating point and directed toward said further destination; selecting using a comparator tree, one of the plurality of destination devices based at least in part on cost or utility; and forwarding the data packet from the first location in the network to said selected one of the plurality of destination devices. for each one of a plurality of destination devices capable of further handling of the data packet for routing toward a further destination, determining a respective cost or utility associated with forwarding the data packet from a first location in the network to said one of the plurality of destination devices, wherein the cost or utility is based on a distance from said one of the plurality of destination devices to the further destination and is determined by computing an inner product of a first vector and a second vector, the first vector originating at an originating point and directed toward said one of the plurality of destination devices, the second vector originating at the originating point and directed toward said further destination; selecting using a comparator tree, one of the plurality of destination devices based at least in part on cost or utility; and forwarding the data packet from the first location in the network to said selected one of the plurality of destination devices.
Gold alloy for the manufacturing of jewels or clock components characterized in that it consists of the following elements, with the following percent concentration by weight: gold at least 75 wt%, copper between 5 and 21 wt%, silver between 0 and 21 wt%, iron between 0.5 and 4 wt% and vanadium between 0.1 and 2 wt%, and optionally palladium between 0.5 wt% and 4 wt% or iridium in content equal or less than 0.05 wt%.
A refrigerant composition comprising: an amount of a R125 refrigerant; an amount of a R32 refrigerant; and an amount of a R1234yf refrigerant, the R32 refrigerant has higher flammability than the R125 refrigerant, and the R1234yf refrigerant has higher flammability than the R125 refrigerant, wherein (a) the amount of R32 is from 64.0% wt to 69.0% wt, the amount of R125 is from 6.5% wt to 7.5% wt, and the amount of R1234yf is from 25.5% wt to 28.5% wt, (b) the amount of R32 refrigerant is 62.0% wt, the amount of R125 refrigerant is 10.5% wt, and the amount of R1234yf refrigerant is 27.5% wt, or (c) the amount of R32 refrigerant is 74.0% wt, the amount of R125 refrigerant is 5.5% wt, and the amount of R1234yf refrigerant is 20.5% wt. an amount of a R125 refrigerant; an amount of a R32 refrigerant; and an amount of a R1234yf refrigerant, the R32 refrigerant has higher flammability than the R125 refrigerant, and the R1234yf refrigerant has higher flammability than the R125 refrigerant, wherein (a) the amount of R32 is from 64.0% wt to 69.0% wt, the amount of R125 is from 6.5% wt to 7.5% wt, and the amount of R1234yf is from 25.5% wt to 28.5% wt, (b) the amount of R32 refrigerant is 62.0% wt, the amount of R125 refrigerant is 10.5% wt, and the amount of R1234yf refrigerant is 27.5% wt, or (c) the amount of R32 refrigerant is 74.0% wt, the amount of R125 refrigerant is 5.5% wt, and the amount of R1234yf refrigerant is 20.5% wt. (a) the amount of R32 is from 64.0% wt to 69.0% wt, the amount of R125 is from 6.5% wt to 7.5% wt, and the amount of R1234yf is from 25.5% wt to 28.5% wt, (b) the amount of R32 refrigerant is 62.0% wt, the amount of R125 refrigerant is 10.5% wt, and the amount of R1234yf refrigerant is 27.5% wt, or (c) the amount of R32 refrigerant is 74.0% wt, the amount of R125 refrigerant is 5.5% wt, and the amount of R1234yf refrigerant is 20.5% wt.
A method for controlling a wind turbine having rotor blades with an adjustable blade angle (a), comprising the following steps - operating the wind turbine in a part-load operation for wind speeds up to a rated wind speed, - operating the wind turbine in a full-load operation for wind speeds above the rated wind speed, with the blade angle (α) being increased in full-load operation with increasing wind speed, - setting a limit angle (α G ), which is ascertained as a mean value or a filtered value of the last set blade angles (a), and - controlling the wind turbine in such a way that the blade angle (α) undershoots the limit angle (α G ) by at most a predetermined difference angle (Δα), which can assume different values, in order to prevent an emergency shutdown from being triggered. - operating the wind turbine in a part-load operation for wind speeds up to a rated wind speed, - operating the wind turbine in a full-load operation for wind speeds above the rated wind speed, with the blade angle (α) being increased in full-load operation with increasing wind speed, - setting a limit angle (α G ), which is ascertained as a mean value or a filtered value of the last set blade angles (a), and - controlling the wind turbine in such a way that the blade angle (α) undershoots the limit angle (α G ) by at most a predetermined difference angle (Δα), which can assume different values, in order to prevent an emergency shutdown from being triggered.
A revolution vibration suppressing method for a pump truck boom, wherein, the boom is mounted on a revolving platform of the pump truck, and the revolving platform is driven to revolve by a revolving actuator so as to drive the boom to revolve, is characterized in that , the revolution vibration suppressing method comprises: detecting the vibration severity of the boom in the revolution direction; extracting dynamic characteristic parameters of the boom ; calculating a control signal that can be used to control the revolving actuator to compensate the vibration severity according to the vibration severity and the dynamic characteristic parameters extracted; and driving the revolving actuator according to the control signal to move, to suppress the revolution vibration of the boom , wherein the boom comprises N boom sections, and the vibration severity is the vibration severity of the last boom section of the boom in the revolution direction. detecting the vibration severity of the boom in the revolution direction; extracting dynamic characteristic parameters of the boom ; calculating a control signal that can be used to control the revolving actuator to compensate the vibration severity according to the vibration severity and the dynamic characteristic parameters extracted; and driving the revolving actuator according to the control signal to move, to suppress the revolution vibration of the boom , wherein the boom comprises N boom sections, and the vibration severity is the vibration severity of the last boom section of the boom in the revolution direction.
Method for operating a household microwave appliance comprising a microwave generator for generating microwaves, a treatment chamber to which microwaves can be applied, at least one sensor for detecting at least one piece of sensor information (T1, T2, Uist) and a display device , characterized in that in the method - a currently retrievable microwave available power, in particular also the future temporal progression thereof, is determined on the basis of at least one piece of sensor information (T1, T2, Uist) and - the microwave available power is displayed in the display device . - a currently retrievable microwave available power, in particular also the future temporal progression thereof, is determined on the basis of at least one piece of sensor information (T1, T2, Uist) and - the microwave available power is displayed in the display device .
An enhanced breakdown strength dielectric material comprising: a base dielectric layer having first and second opposing major surfaces, a first stress mitigating layer disposed on the first major surface of the base dielectric layer, and a second stress mitigating layer disposed on the second major surface of the base dielectric layer, wherein a ratio of a volume conductivity of at least one of the first and second stress mitigating layers to a volume conductivity of the base dielectric layer is greater than or equal to 2, and wherein each stress migrating layer comprises one of a molybdenum disulfide (MoS 2 ) filler material having a concentration of 0.8 % to 12% by volume based on the total volume of the stress migrating layer and a tungsten disulfide (WS 2 ) filler material having a concentration of 0.5 % to 16% by volume based on the total volume of the stress migrating layer. a base dielectric layer having first and second opposing major surfaces, a first stress mitigating layer disposed on the first major surface of the base dielectric layer, and a second stress mitigating layer disposed on the second major surface of the base dielectric layer,
Tyre made of rubber material, comprising a tread and a sidewall , said tyre comprising a marking on the tread and/or said sidewall , said marking contrasting with the tread and/or said sidewall , said marking having at least one first zone and a second zone which contrast with one another, and the first zone comprises a lightness (L ∗ 1), referred to as first lightness, which is between 0 and 15, the second zone comprises a lightness (L ∗ 2), referred to as second lightness, which is greater than the first lightness (L ∗ 1), characterized in that the difference in lightness between the first zone and the second zone is at least 1.5 units, and in that the first zone and the second zone each have a particular texture that is formed integrally with the tyre and contrasts with said tread and/or said sidewall and in that the texture of the first zone has the same elements as the texture of the second zone and the texture of the first zone differs from the texture of the second zone by at least one of the parameters selected from the following: - a density of elements in the texture ; - a width of the elements in the texture ; - a height of the elements in the texture ; - a depth of the elements in the texture and in that the texture has a plurality of elements protruding from the tread and/or said sidewall and/or a plurality of elements recessed into the tread and/or said sidewall and in that the textures of the different zones are formed directly on the tyre, without adding an additional material. - a density of elements in the texture ; - a width of the elements in the texture ; - a height of the elements in the texture ; - a depth of the elements in the texture
Horological movement having a regulating member that exhibits a periodic movement, which is maintained from a mechanical energy source and sets the pace of the movements of a seconds arbour intended to carry a member for displaying seconds, and a control mechanism designed to immobilize said regulating member and to place said seconds arbour in a predefined angular position substantially simultaneously, in response to a particular action by a user, said control mechanism comprising a movable control lever that has a first arm intended to interact with said regulating member and a second arm intended to interact with a positioning member for said seconds arbour , characterized in that said first arm carries a locking surface designed to be able to be positioned in direct contact with said regulating member or on a component secured to said regulating member to immobilize the latter in response to said particular action.
A system for surveying and/or staking out object points with an auxiliary measuring instrument and a ground-based, in particular stationary, surveying device having range-and-direction measuring functionality, in particular a total station, wherein the auxiliary measuring instrument has • a handheld main body of a defined length (L), • a man-machine interface , whereby the auxiliary measuring instrument is designed as a measuring pen, in a pen-like form and size, wherein an object point to be surveyed or staked out can be aimed at in a one-handed manner with a first end of the auxiliary measuring instrument and a body , in particular a sphere, is attached at a second end of the auxiliary measuring instrument, wherein the body is designed for optical-image-based determination of the position of the auxiliary measuring instrument by the surveying device, whereby the body bears on its surface an optical, orientation-encoding 2D code, designed in such a way that an orientation and range of the body , and on the basis of this the location of the auxiliary measuring instrument , i.e., its position and orientation with regard to all six degrees of freedom, can be completely determined by image evaluation of a camera image of the 2D code, captured by the surveying device for the surveying and/or staking out of object points, and on the basis of stored decoding information, whereby the system for surveying and/or staking out object points is designed for determining the orientation and range of the body und based thereon the location of the auxiliary measuring instrument by means of the image evaluation and the stored decoding information. • a handheld main body of a defined length (L), • a man-machine interface , the auxiliary measuring instrument is designed as a measuring pen, in a pen-like form and size, wherein an object point to be surveyed or staked out can be aimed at in a one-handed manner with a first end of the auxiliary measuring instrument and a body , in particular a sphere, is attached at a second end of the auxiliary measuring instrument, wherein the body is designed for optical-image-based determination of the position of the auxiliary measuring instrument by the surveying device, whereby the body bears on its surface an optical, orientation-encoding 2D code, designed in such a way that an orientation and range of the body , and on the basis of this the location of the auxiliary measuring instrument , i.e., its position and orientation with regard to all six degrees of freedom, can be completely determined by image evaluation of a camera image of the 2D code, captured by the surveying device for the surveying and/or staking out of object points, and on the basis of stored decoding information, whereby the system for surveying and/or staking out object points is designed for determining the orientation and range of the body und based thereon the location of the auxiliary measuring instrument by means of the image evaluation and the stored decoding information.
A hexavalent chromium-free trivalent chromium chemical conversion treatment liquid for zinc or zinc alloy comprising trivalent chromium ions, zirconium ions, nitrate ions, and chain colloidal silica, wherein the pH of the treatment liquid is 2.5 to 5.0; and a molar ratio of trivalent chromium ions to zirconium ions (trivalent chromium ions/zirconium ions) is 0.1 to 4.
A method for transmitting an uplink signal between a plurality of carriers, comprising: receiving Radio Resource Control, RRC, signaling sent by a base station, wherein the RRC signaling comprises indication signaling wherein the indication signaling is dynamically configured or semi-statically configured; md configuring a time-domain location and an occupied symbol length of the uplink signal; transmitting the uplink signal in a subframe of a target carrier based on the indication signaling; wherein the indication signaling comprises carrier indication information, bandwidth to be occupied by the uplink signal, a cyclic shift and a power control parameter; wherein, the carrier indication information comprises a converted-from carrier index and a converted-to carrier index; the target carrier is a converted-to carrier; and the uplink signal comprises a sounding reference signal SRS, the subframe further transmits downlink control information and/or downlink data information receiving Radio Resource Control, RRC, signaling sent by a base station, wherein the RRC signaling comprises indication signaling wherein the indication signaling is dynamically configured or semi-statically configured; md configuring a time-domain location and an occupied symbol length of the uplink signal; transmitting the uplink signal in a subframe of a target carrier based on the indication signaling; wherein the indication signaling comprises carrier indication information, bandwidth to be occupied by the uplink signal, a cyclic shift and a power control parameter; wherein, the carrier indication information comprises a converted-from carrier index and a converted-to carrier index; the target carrier is a converted-to carrier; and the uplink signal comprises a sounding reference signal SRS, the subframe further transmits downlink control information and/or downlink data information
A repellent delivery device , comprising: an integrally molded body comprising a hygroscopic base material, and at least one of an insecticide, and an insect repellant; and at least one support structure coupled between said integrally molded body and a trunk of a plant ; said integrally molded body configured to release the at least one of the insecticide and the insect repellant into a root ball of the plant using ambient moisture. an integrally molded body comprising a hygroscopic base material, and at least one of an insecticide, and an insect repellant; and at least one support structure coupled between said integrally molded body and a trunk of a plant ; said integrally molded body configured to release the at least one of the insecticide and the insect repellant into a root ball of the plant using ambient moisture.