mhurhangee/patent-ind-claim-en huggingface dataset:
A compound of imidazopyridine thioglycolic acid derivatives thereof, with formula I or III. wherein R 1 is -CH 2 -, - ∗ CH 2 (CH 3 )-, -CH(CH 3 ) 2 - or -CH 2 CH 2 CH 2 -; R2 is -OH or -OCH 2 CH 3 ; Ar is an optionally substituted 1-naphthyl, 2,4,6-trimethylphenyl, 4-cyclopropyl-1-naphthyl or 2-naphthyl. R 1 is -CH 2 -, - ∗ CH 2 (CH 3 )-, -CH(CH 3 ) 2 - or -CH 2 CH 2 CH 2 -; R2 is -OH or -OCH 2 CH 3 ; Ar is an optionally substituted 1-naphthyl, 2,4,6-trimethylphenyl, 4-cyclopropyl-1-naphthyl or 2-naphthyl.
An arm assembly , comprising: an arm support configured to support an arm of a seated user; an arm stalk extending downwardly from and supporting the arm support ; an arm base telescopingly receiving the arm stalk such that the arm stalk is movable between a first position (K) and a second position (L); and a bearing arrangement positioned between the arm stalk and the arm base , the bearing arrangement comprising: a bearing member configured to abut the arm base ; and a biasing member characterized in that the biasing member is configured to bias the bearing member from the arm stalk and into abutment with the arm base . an arm support configured to support an arm of a seated user; an arm stalk extending downwardly from and supporting the arm support ; an arm base telescopingly receiving the arm stalk such that the arm stalk is movable between a first position (K) and a second position (L); and a bearing arrangement positioned between the arm stalk and the arm base , the bearing arrangement comprising: a bearing member configured to abut the arm base ; and a biasing member characterized in that the biasing member is configured to bias the bearing member from the arm stalk and into abutment with the arm base . a bearing member configured to abut the arm base ; and a biasing member characterized in that the biasing member is configured to bias the bearing member from the arm stalk and into abutment with the arm base .
A method in a validation server, comprising: a) verifying, using a public key of a first asymmetric key pair associated with a first trusted identity, the authenticity of a received encrypted first check code being based on a set of payload data; b) verifying, using a public key of a second asymmetric key pair associated with a second trusted identity, the authenticity of a received encrypted second check code which is based on the set of payload data, or information related to the set of payload data, and a time stamp; c) verifying, if there is an end time associated with the public key of the first asymmetric key pair, that the time stamp precedes said end time; d) verifying that the public key of the first asymmetric key pair is not revoked; e) in response to positive results of the steps a) to d), declaring authenticity and integrity of the set of payload data; the method being characterized by further comprising f) in response to a negative result of step d) and at least in case of positive results of the steps a) to c), requesting at least one stored encrypted first check code, or an identifier associated with said first check code, from an archive server and verifying that the received encrypted first check code corresponds to the stored encrypted first check code or said stored identifier; and g) in response to a positive result of step f), declaring authenticity and integrity of the set of payload data. a) verifying, using a public key of a first asymmetric key pair associated with a first trusted identity, the authenticity of a received encrypted first check code being based on a set of payload data; b) verifying, using a public key of a second asymmetric key pair associated with a second trusted identity, the authenticity of a received encrypted second check code which is based on the set of payload data, or information related to the set of payload data, and a time stamp; c) verifying, if there is an end time associated with the public key of the first asymmetric key pair, that the time stamp precedes said end time; d) verifying that the public key of the first asymmetric key pair is not revoked; e) in response to positive results of the steps a) to d), declaring authenticity and integrity of the set of payload data; the method being characterized by further comprising f) in response to a negative result of step d) and at least in case of positive results of the steps a) to c), requesting at least one stored encrypted first check code, or an identifier associated with said first check code, from an archive server and verifying that the received encrypted first check code corresponds to the stored encrypted first check code or said stored identifier; and g) in response to a positive result of step f), declaring authenticity and integrity of the set of payload data.
A method for controlling a movement of an object in relation to a transport unit of a transport system , wherein the transport unit is moved along a predefined transport trajectory (T1) with respect to a reference coordinate system, characterized in that a synchronous phase is provided, during which a movement of an object point (TCP) of the object along an object path (z TF ) with respect to a transport unit coordinate system (TF), being different from the reference coordinate system, is predefined, wherein the transport unit coordinate system (TF) containing the transport unit is moved along the transport trajectory (T1), in that the transport trajectory (T1) is determined at least in sections using the position and/or the speed and/or the acceleration of the transport unit , and in that at least one path point of the object path (z TF ) is transformed from the transport unit coordinate system (TF) to a base coordinate system (BCS), to control the movement of the object point (TCP) along the object path (z TF ) with respect to the base coordinate system (BCS).
A method for manufacturing a semiconductor device, comprising steps of: providing a substrate on which a shallow trench isolation region and an active region are formed; forming trenches in the shallow trench isolation region and in the active region , respectively, the trenches comprising a first trench located in the shallow trench isolation region and a second trench located in the active region , wherein a depth of the first trench is greater than or equal to a depth of the second trench , and a width of the first trench is greater than or equal to a width of the second trench ; forming a word line conductive layer on the substrate, wherein a part of the word line conductive layer is located in each of the trenches ; forming a first insulating thin film on the word line conductive layer in which an air gap structure is formed in the first insulating thin film by controlling a step coverage of the first insulating thin film ; and removing the first insulating thin film on the surface of the substrate to form a first insulating layer, wherein the first insulating layer embeds the air gap structure , characterized in that , the air gap structure is located in the second trench in the active region , and along the extension direction of the trenches , the air gap structure is an intermittent structure. providing a substrate on which a shallow trench isolation region and an active region are formed; forming trenches in the shallow trench isolation region and in the active region , respectively, the trenches comprising a first trench located in the shallow trench isolation region and a second trench located in the active region , wherein a depth of the first trench is greater than or equal to a depth of the second trench , and a width of the first trench is greater than or equal to a width of the second trench ; forming a word line conductive layer on the substrate, wherein a part of the word line conductive layer is located in each of the trenches ; forming a first insulating thin film on the word line conductive layer in which an air gap structure is formed in the first insulating thin film by controlling a step coverage of the first insulating thin film ; and removing the first insulating thin film on the surface of the substrate to form a first insulating layer, wherein the first insulating layer embeds the air gap structure , characterized in that , the air gap structure is located in the second trench in the active region , and along the extension direction of the trenches , the air gap structure is an intermittent structure.
Rail vehicle with a first and at least a further, second car body , which are coupled to one another by way of a first hinge , wherein the first hinge is arranged between the first and the second car body and is embodied suitably at least to execute a rotational movement of the first and the second car body about a vertical axis of the rail vehicle and to transmit drive and braking forces between the first and the second car body , wherein the first hinge is connected to the first car body and rigidly to the second car body by way of a shaft , wherein the shaft below the first car body is arranged rotatably about an axis of rotation on the first car body , which permits a rotation of the shaft in a horizontal plane so that the first hinge with a directional component can be moved at right angles to the longitudinal axis of the first car body , characterised in that the shaft is guided through an aperture in the car body underframe of the first car body and is supported in the vertical direction and in the aperture is supported upward and/or downward by means of a tribological pairing or by means of support rollers.
Cutting device for attaching to an agricultural harvesting machine, comprising a frame , at least one cutting member which is arranged on the side of the cutting device facing in the working direction and which is connected to the frame , crop dividers which are arranged on the laterally opposing ends of the cutting device and which determine a working width of the cutting device by their position, rotatably drivable conveying aids which are mounted with their lower ends on the crop dividers , a transfer opening which is arranged on the side of the cutting device opposing the working direction , at least one conveying device for transporting cut crops from a cutting zone to the transfer opening , and drive devices for driving the at least one cutting member , the at least one conveying device and the conveying aids , characterized in that the crop dividers together with the conveying aids mounted thereon are connected in each case to the frame so as to be movable about an at least approximately vertical axis of rotation from the working position into a non-use position, and the drives of the conveying aids are designed as hydraulic or electrical drives which are connected to the frame via flexible connecting lines.
A lighting controller for controlling a light source , the lighting controller comprising: - an input for receiving signals indicative of user inputs, - a processor configured to determine a current time of day; characterized in that the processor is further configure to select a light setting from a predefined sequence of light settings when a first signal indicative of a first user input has been received, wherein each of the predefined sequence of light settings is associated with a time of day, wherein the selection of the light setting is based on the current time of day, control the light source according to the selected light setting, and select a subsequent light setting from the predefined sequence of light settings when a subsequent signal indicative of a subsequent user input has been received, wherein the subsequent light setting is a light setting subsequent to the light setting, and control the light source according to the subsequent light setting, wherein the light settings of the predefined sequence of light settings correspond to a predefined circadian light cycle. - an input for receiving signals indicative of user inputs, - a processor configured to determine a current time of day; select a light setting from a predefined sequence of light settings when a first signal indicative of a first user input has been received, wherein each of the predefined sequence of light settings is associated with a time of day, wherein the selection of the light setting is based on the current time of day, control the light source according to the selected light setting, and select a subsequent light setting from the predefined sequence of light settings when a subsequent signal indicative of a subsequent user input has been received, wherein the subsequent light setting is a light setting subsequent to the light setting, and control the light source according to the subsequent light setting,
A method for fabricating light emitting diode (LED) chips, comprising: providing a plurality of LEDs on a wafer; measuring the emission characteristics of at least some of said LEDs coating said LEDs with a conversion material so that at least some light from said LEDs passes through said conversion material and is converted; measuring the emission characteristics of at least some of said LED chips with said conversion material coating; calculating the amount of conversion material that needs to be selectively removed over at least some of said LEDs based on the measured emission characteristics of the particular one of, or regions of, said LEDs both before and after said conversion material coating, to alter the emission characteristics of said LED chips such that said LED chips emit within a range of target emission characteristics; and removing the calculated amount of conversion material. providing a plurality of LEDs on a wafer; measuring the emission characteristics of at least some of said LEDs coating said LEDs with a conversion material so that at least some light from said LEDs passes through said conversion material and is converted; measuring the emission characteristics of at least some of said LED chips with said conversion material coating; calculating the amount of conversion material that needs to be selectively removed over at least some of said LEDs based on the measured emission characteristics of the particular one of, or regions of, said LEDs both before and after said conversion material coating, to alter the emission characteristics of said LED chips such that said LED chips emit within a range of target emission characteristics; and removing the calculated amount of conversion material.
A cooking device comprising a body ; a cooking chamber which is disposed in the body and wherein the foodstuffs are cooked; a casing in the form of a box with the front side open which surrounds the cooking chamber ; a heater which is provided in the cooking chamber and which provides the heating of the foodstuffs; a cooking stone smaller than the base (T) of the cooking chamber , which is positioned above the heater and whereon the foodstuffs are placed to be cooked; a washing system for delivering water into the cooking chamber ; a door which is provided on the body and which interrupts the contact between the cooking chamber and the outer environment; and a reservoir wherein the water delivered from the washing system and trickling from the cooking stone is accumulated; characterized by the reservoir comprising at least one filter which filters the water delivered from the reservoir and a base which is inclined such that the water in the reservoir is delivered from the reservoir towards the filter wherein the heater comprising an electrical connection point which extends from under the cooking stone towards the region between the cooking stone and the side wall (Y) of the cooking chamber so as to be positioned at a level higher than the cooking stone .
A livestock brush holder with a livestock brush for the self- and dry cleaning of the neck and/or stomach of livestock such as cattle, cows, calves, goats and sheep, wherein the livestock brush comprises at least one brush with a base body and bristles, and is secured to a holder , wherein the holder is connected with a lateral fixation , and the brush is fastened to the holder horizontally or at an angle inclined relative to the horizontal by up to 45°, in particular up to 30°, if the latter is aligned along the vertical, wherein the holder is fastened to a carrier on the lateral fixation , wherein the holder and/or the lateral fixation is connected with the carrier via a joint , characterized in that a pressure spring, plate spring, evolute spring or a motor vehicle tire is secured to the carrier , and arranged between the holder and the lateral fixation , or that a spring is arranged in or on the joint .
An on-vehicle data transmission method, comprising: switching to transmitting on-vehicle data via a second communication network by an on-vehicle communication module , if it is determined by the on-vehicle communication module that a first communication network is abnormal in a process of transmitting the on-vehicle data to an external data processing device via the first communication network; and converting the on-vehicle data to be transmitted into data in a preset format for transmission when the on-vehicle communication module switches to transmitting the on-vehicle data via the second communication network, wherein the on-vehicle data is divided into different types of on-vehicle data to be transmitted according to a first standard, and for each of the different types of on-vehicle data to be transmitted, the data that is capable of expressing expected complete content is long data; and that the converting the on-vehicle data to be transmitted into data in the preset format is to convert the long data into corresponding one or more short messages comprising a message header and a message body, wherein the message header at least indicates a relationship between the short message where the message header is located and the long data, and the message body indicates the content represented by the short message, characterized in that the long data is converted into corresponding multiple short messages based on a PDU encoding format, and that the message body of each short message is capable of independently expressing sub-data having independent meaning in the long data. switching to transmitting on-vehicle data via a second communication network by an on-vehicle communication module , if it is determined by the on-vehicle communication module that a first communication network is abnormal in a process of transmitting the on-vehicle data to an external data processing device via the first communication network; and converting the on-vehicle data to be transmitted into data in a preset format for transmission when the on-vehicle communication module switches to transmitting the on-vehicle data via the second communication network, wherein the on-vehicle data is divided into different types of on-vehicle data to be transmitted according to a first standard, and for each of the different types of on-vehicle data to be transmitted, the data that is capable of expressing expected complete content is long data; and that the converting the on-vehicle data to be transmitted into data in the preset format is to convert the long data into corresponding one or more short messages comprising a message header and a message body, wherein the message header at least indicates a relationship between the short message where the message header is located and the long data, and the message body indicates the content represented by the short message, characterized in that the long data is converted into corresponding multiple short messages based on a PDU encoding format, and that the message body of each short message is capable of independently expressing sub-data having independent meaning in the long data.
Boot suitable for practising horse riding comprising an opening for the passage of the foot, an outer sole and a upper, integral with said outer sole and which covers the foot, the ankle and a portion of the rider's leg when the boot is worn, said upper is made from an elastically deformable material according to the width of the boot, said upper optionally comprising protuberances for attaching a spur , said outer sole including a recess delimiting the heel , said upper is made entirely of knitted fabric or including a knitted portion at least at the calf, characterised in that said upper further includes an adapter strip which is elastically deformable along the longitudinal dimension of the upper, located above the widest portion of the calf and means (51; 52) for tightening said upper which are arranged above or on said adapter strip and in that said adapter strip is more elastically deformable along the longitudinal dimension of the upper than the rest of said upper.
A lock cylinder for use with a flat key having an abutment section on a key shaft , comprising: a cylinder body having a central longitudinal axis (X); a rotor having a keyway for receiving the key , rotatable within the cylinder body ; a set of housings aligned in a vertical axis (Y) relative to the central longitudinal axis (X); and each housing containing a pin spring , a body pin , and a rotor pin partly project into the keyway ; the pins being urged by the spring towards the keyway and ensuring, in the absence of the flat key , blocking of the rotor with respect to the cylinder body , wherein the lock cylinder further comprises: a spring-biased movable counter-abutment guided in a hollowed portion formed on the rotor wherein the counter-abutment is movable between a release position in which a corresponding body pin can pass and continue its rotation via the counter-abutment and a lock position in which the corresponding body pin reaches the hollowed portion where the further rotation of the rotor is blocked, and wherein the movable counter-abutment is arranged and configured such that, when the suitable flat key is not inserted, the counter-abutment stays in the lock position under the spring force, while on an introduction of the flat key into the keyway , the abutment section pushes the movable counter-abutment to the release position to correspond to the body pin for allowing the rotation of the rotor . a cylinder body having a central longitudinal axis (X); a rotor having a keyway for receiving the key , rotatable within the cylinder body ; a set of housings aligned in a vertical axis (Y) relative to the central longitudinal axis (X); and each housing containing a pin spring , a body pin , and a rotor pin partly project into the keyway ; the pins being urged by the spring towards the keyway and ensuring, in the absence of the flat key , blocking of the rotor with respect to the cylinder body , wherein the lock cylinder further comprises: a spring-biased movable counter-abutment guided in a hollowed portion formed on the rotor wherein the counter-abutment is movable between a release position in which a corresponding body pin can pass and continue its rotation via the counter-abutment and a lock position in which the corresponding body pin reaches the hollowed portion where the further rotation of the rotor is blocked, and wherein the movable counter-abutment is arranged and configured such that, when the suitable flat key is not inserted, the counter-abutment stays in the lock position under the spring force, while on an introduction of the flat key into the keyway , the abutment section pushes the movable counter-abutment to the release position to correspond to the body pin for allowing the rotation of the rotor .