mhurhangee/patent-ind-claim-en huggingface dataset:
A method of detaching a panel in a completely-mounted state from a wiring cabinet , the panel defining a first end and a second end, the method comprising: turning a screw head of a first fastening element to release the second end of the panel from an attachment element so that the panel is in a pre-mounted state, wherein in the completely-mounted state, a rear surface of the panel is in contact with an attachment surface of the attachment element and the first fastening element retains the panel to the attachment element at the second end of the panel, and wherein in the pre-mounted state the panel is rotatable relative to the wiring cabinet; and from the pre-mounted state, detaching a first mounting element located at the first end of the panel from a second mounting element of the wiring cabinet to detach the panel from the wiring cabinet. turning a screw head of a first fastening element to release the second end of the panel from an attachment element so that the panel is in a pre-mounted state, wherein in the completely-mounted state, a rear surface of the panel is in contact with an attachment surface of the attachment element and the first fastening element retains the panel to the attachment element at the second end of the panel, and wherein in the pre-mounted state the panel is rotatable relative to the wiring cabinet; and from the pre-mounted state, detaching a first mounting element located at the first end of the panel from a second mounting element of the wiring cabinet to detach the panel from the wiring cabinet.
Non-therapeutic use of a lignin fraction as an anti-phytopathogenic agent, wherein said lignin fraction comprises fragments having a weight average molecular weight up to 5,500 Dalton, as measured by Size-Exclusion Chromatography, and having a number average molecular weight up to 2,000 Dalton, as measured by Size-Exclusion Chromatography.
Charging device for the wireless charging of electrical energy into a portable device , wherein the charging device comprises a charging unit with a support surface (A) and with charging electronics, and a separate device carrier with a contour for holding the portable device , wherein the charging unit has a fan and is arranged for generating an air flow (LS) by means of the fan , characterised in that the loading unit is set up to guide air along an outer side of the support surface (A), the device carrier having a ferromagnetic element on its underside, which in a magnetic coupling state of the equipment carrier with holding magnets of the loading unit faces towards the support surface (A), so that the air flow flows around the ferromagnetic element, and/or is set up to guide air along an inner side of the support surface (A) and along the holding magnets, which project into an interior space of the loading unit , so that the air flow flows around the holding magnets.
Coupling device for connecting a clutch to a turbine train, comprising a first coupling flange and a second coupling flange , wherein the first coupling flange and the second coupling flange each have at least one bore for receiving a connecting element , wherein the first coupling flange and the second coupling flange are centered with respect to one another by means of at least one connecting element which is inserted into the bores in the first and in the second coupling flange , characterized in that the bore in the second coupling flange is embodied as a blind bore, wherein the connecting element is embodied as an expansion bolt , the expansion bolt has a sleeve with a conical internal face and a bolt with a conical external face; having a displacement device for axial displacement of the bolt , wherein the displacement device has a thread element , arranged on the end face side, with an external thread that engages in an internal thread in the sleeve and is designed such that rotation of the thread element produces axial displacement of the bolt .
A computer-implemented method for designing a part-specific gripping tool (W) for gripping parts (P) that have to be transported from or to a processing machine (L), having the following method steps: - providing (S1) part parameters (pp) for at least one part (P) which is to be gripped with the part-specific gripping tool (W); - executing (S3) a design algorithm (KA) which designs the part-specific gripping tool (W) from the part parameters (pp) provided and thereby provides a gripping tool data set (gds) as a result, characterised in that , in response to the provided gripping tool data set (gds), a database (DB) is accessed in which availability data (vds) is stored which represents which gripping tools (W) and/or which gripping tool components (K) are locally and currently available on the processing machine (L) in order to check (S4) whether the gripping tool (W) designed for the part to be gripped is locally available with the components (K) and, if so, assembly instructions are calculated in order to be able to assemble the part-specific gripping tool (W). - providing (S1) part parameters (pp) for at least one part (P) which is to be gripped with the part-specific gripping tool (W); - executing (S3) a design algorithm (KA) which designs the part-specific gripping tool (W) from the part parameters (pp) provided and thereby provides a gripping tool data set (gds) as a result,
A heat exchange system in a turbomachine comprising a plurality of members and equipment to be cooled and/or lubricated, the system comprising a fluid circuit for cooling and/or lubricating said equipment, said heat exchange system being configured to bring said fluid circuit in thermal contact with a fluid playing the role of a cold source on the other hand, the heat exchange system including a grid-shaped open work structure made from several sections of the fluid circuit which are distributed in the open work structure and through which a turbomachine intake airflow forming the cold source passes, characterized in that the open work structure has a cylindrical shape and is designed to be radially passed through by the airflow when operating. the heat exchange system including a grid-shaped open work structure made from several sections of the fluid circuit which are distributed in the open work structure and through which a turbomachine intake airflow forming the cold source passes, characterized in that the open work structure has a cylindrical shape and is designed to be radially passed through by the airflow when operating.
A multi-laser eye tracking system comprising: a plurality of laser light sources that includes at least a first laser light source and a second laser light source; scanning optics configured to scan light from the plurality of laser light sources across a region that includes an eye of a user, the scanning optics configured to scan first light from the first laser light source across a first portion of the region during a first period of time, the scanning optics configured to scan second light from the second laser light source across a second portion of the region during a second period of time that is different from the first period of time, the first portion of the region and the second portion of the region at least partially overlapping; a plurality of photodetectors configured to generate one or more respective analog signals, each photodetector configured to detect a portion of the light that is reflected from an iris of the eye and configured to generate the respective analog signal based at least in part on the detected portion of the light; an analog-to-digital converter (ADC) configured to convert a sum of the one or more analog signals that are generated by the plurality of respective photodetectors to a digital signal; and one or more processors configured to: calculate a current mirror scan angle of a scanning mirror of the scanning optics; and provide the digital signal into a pixel of a frame buffer based at least in part on the current mirror scan angle. a plurality of laser light sources that includes at least a first laser light source and a second laser light source; scanning optics configured to scan light from the plurality of laser light sources across a region that includes an eye of a user, the scanning optics configured to scan first light from the first laser light source across a first portion of the region during a first period of time, the scanning optics configured to scan second light from the second laser light source across a second portion of the region during a second period of time that is different from the first period of time, the first portion of the region and the second portion of the region at least partially overlapping; a plurality of photodetectors configured to generate one or more respective analog signals, each photodetector configured to detect a portion of the light that is reflected from an iris of the eye and configured to generate the respective analog signal based at least in part on the detected portion of the light; an analog-to-digital converter (ADC) configured to convert a sum of the one or more analog signals that are generated by the plurality of respective photodetectors to a digital signal; and one or more processors configured to: calculate a current mirror scan angle of a scanning mirror of the scanning optics; and provide the digital signal into a pixel of a frame buffer based at least in part on the current mirror scan angle. calculate a current mirror scan angle of a scanning mirror of the scanning optics; and provide the digital signal into a pixel of a frame buffer based at least in part on the current mirror scan angle.
A method in a network node configured to transmit data using an automatic retransmission process, the method comprising: receiving data to be transmitted to a remote endpoint ; and when all process identifiers in a predetermined set of process identifiers of the automatic retransmission process are currently in use: selecting one process identifier from the predetermined set of process identifiers; storing a previously transmitted transport block in a temporary buffer, the previously transmitted transport block including the selected process identifier; and transmitting the received data in a second transport block including the selected process identifier. receiving data to be transmitted to a remote endpoint ; and when all process identifiers in a predetermined set of process identifiers of the automatic retransmission process are currently in use: selecting one process identifier from the predetermined set of process identifiers; storing a previously transmitted transport block in a temporary buffer, the previously transmitted transport block including the selected process identifier; and transmitting the received data in a second transport block including the selected process identifier. selecting one process identifier from the predetermined set of process identifiers; storing a previously transmitted transport block in a temporary buffer, the previously transmitted transport block including the selected process identifier; and transmitting the received data in a second transport block including the selected process identifier.
A pivoting and/or sliding door system of a building, comprising - a guide frame having at least two frame sections arranged at an angle, in particular a right angle in relation to one another, - a first door element , which is guided so it is pivotable or pivotable and displaceable in a first frame section of the guide frame , having a stile , - at least one second door element , which is guided so it is pivotable and/or displaceable at an angle in relation to the first door element in a second frame section of the guide frame in a closed state of the pivoting and/or sliding door system , - a sealing strip , which extends perpendicularly in relation to a pivot axis (A) of the first door element along the guide frame and is fixed on the guide frame , characterized in that - a part of the sealing strip , which presses against a part of the end face of the stile facing toward the second frame section in the closed state of the pivot and/or sliding door system , protrudes increasingly toward an end adjoining the first frame section in the direction of the pivot axis (A) of the first door element and - a part of the end face of the stile , which presses against the sealing strip in the closed state of the pivot and/or sliding door system , is formed receding in the direction of the pivot axis (A) of the first door element in the direction of the first frame section . - a guide frame having at least two frame sections arranged at an angle, in particular a right angle in relation to one another, - a first door element , which is guided so it is pivotable or pivotable and displaceable in a first frame section of the guide frame , having a stile , - at least one second door element , which is guided so it is pivotable and/or displaceable at an angle in relation to the first door element in a second frame section of the guide frame in a closed state of the pivoting and/or sliding door system , - a sealing strip , which extends perpendicularly in relation to a pivot axis (A) of the first door element along the guide frame and is fixed on the guide frame , characterized in that - a part of the sealing strip , which presses against a part of the end face of the stile facing toward the second frame section in the closed state of the pivot and/or sliding door system , protrudes increasingly toward an end adjoining the first frame section in the direction of the pivot axis (A) of the first door element and - a part of the end face of the stile , which presses against the sealing strip in the closed state of the pivot and/or sliding door system , is formed receding in the direction of the pivot axis (A) of the first door element in the direction of the first frame section .
A method comprising: causing a sensor in an autonomous vehicle to sense information about an environment in a first field of view ; determining a second field of view , wherein determining the second field of view comprises: determining a desired field of view that improves an ability of the sensor to sense information; and determining the second field of view based on the desired field of view and a set of constraints for the vehicle, wherein the set of constraints comprises at least one of: one or more constraints based on traffic laws; one or more constraints based on passenger comfort; or one or more constraints based on passenger safety, wherein the second field of view is different than the desired field of view in order to adhere to the set of constraints for the vehicle; modifying the sensor's field of view from the first field of view to the second field of view, wherein modifying the sensor's field of view comprises modifying a position or an orientation of the sensor; and causing the sensor to sense information in the second field of view. causing a sensor in an autonomous vehicle to sense information about an environment in a first field of view ; determining a second field of view , wherein determining the second field of view comprises: determining a desired field of view that improves an ability of the sensor to sense information; and determining the second field of view based on the desired field of view and a set of constraints for the vehicle, wherein the set of constraints comprises at least one of: one or more constraints based on traffic laws; one or more constraints based on passenger comfort; or one or more constraints based on passenger safety, wherein the second field of view is different than the desired field of view in order to adhere to the set of constraints for the vehicle; determining a desired field of view that improves an ability of the sensor to sense information; and determining the second field of view based on the desired field of view and a set of constraints for the vehicle, wherein the set of constraints comprises at least one of: one or more constraints based on traffic laws; one or more constraints based on passenger comfort; or one or more constraints based on passenger safety, wherein the second field of view is different than the desired field of view in order to adhere to the set of constraints for the vehicle; modifying the sensor's field of view from the first field of view to the second field of view, wherein modifying the sensor's field of view comprises modifying a position or an orientation of the sensor; and causing the sensor to sense information in the second field of view.
A method for generating an intranasal dry vaccine powder formulation, comprising: a. preparing a liquid formulation comprising one or more antigens; b. quick freezing the liquid formulation to form a freeze-dried sample, wherein the quick freezing does not comprise spray freezing and wherein the freeze-dried sample does not comprise an adjuvant; and, c. blending the freeze-dried sample with one or more excipients to generate the intranasal dry vaccine powder formulation. a. preparing a liquid formulation comprising one or more antigens; b. quick freezing the liquid formulation to form a freeze-dried sample, wherein the quick freezing does not comprise spray freezing and wherein the freeze-dried sample does not comprise an adjuvant; and, c. blending the freeze-dried sample with one or more excipients to generate the intranasal dry vaccine powder formulation.
A method implemented in a wireless device, comprising: acquiring network support information associated with a neighbor cell provided by a neighbor new radio network node, gNB, of a serving network node, wherein the network support information indicates that the neighbor cell supports a Stand-Alone, SA, mode of operation and/or a Non-Stand-Alone, NSA, mode of operation; wherein SA mode of operation refers to a gNB having a control plane connection to a core network, CN, and wherein NSA mode of operation refers to a gNB not having a control plane connection to the CN and instead relying on the serving network node as master node; and transmitting to the serving network node a report comprising identification information associated with the neighbour cell and the network support information indicating that the neighbor cell supports a SA mode of operation and/or a NSA mode of operation. acquiring network support information associated with a neighbor cell provided by a neighbor new radio network node, gNB, of a serving network node, wherein the network support information indicates that the neighbor cell supports a Stand-Alone, SA, mode of operation and/or a Non-Stand-Alone, NSA, mode of operation; wherein SA mode of operation refers to a gNB having a control plane connection to a core network, CN, and wherein NSA mode of operation refers to a gNB not having a control plane connection to the CN and instead relying on the serving network node as master node; and transmitting to the serving network node a report comprising identification information associated with the neighbour cell and the network support information indicating that the neighbor cell supports a SA mode of operation and/or a NSA mode of operation.
A system for adapting to inclination variations with respect to the earth's gravitational axis of a device carried by a transport means subject to roll, pitch and yaw movements, and said system comprising said device and an inertial unit coupled to said device, said inertial unit comprising: - a set of sensors enabling measuring, in real time, the inclinations in space of said transport means subject to said roll, pitch and yaw movements, and - a control unit able, upon reception of the measurements from the set of sensors, to determine the orientation in space and to estimate the trajectory of said transport means, and to drive said device so as to adapt its position to said orientation in space and to said estimated trajectory of said transport means, said system being characterized in that it further comprises a remote module adapted to be fixed to an equipment borne by the user of the transport means, and comprising a second set sensor array , measuring in real time roll, pitch and yaw angles, and communication means for communicating measurements made by said second set of sensors to the inertial unit , the inertial unit also comprising a communication means and in that , according to selected operating parameters, the control unit takes into account the angle measurements from the first and second set of sensors (155; 175) in the estimation of the trajectory of the means of transport. - a set of sensors enabling measuring, in real time, the inclinations in space of said transport means subject to said roll, pitch and yaw movements, and - a control unit able, upon reception of the measurements from the set of sensors, to determine the orientation in space and to estimate the trajectory of said transport means, and to drive said device so as to adapt its position to said orientation in space and to said estimated trajectory of said transport means,
Method for determining a variation of a flushing medium flow at a rock drilling apparatus, where a compressor is controlled such that a determined flow of pressurized gas is discharged, where said gas flow at least partially is used as the flushing medium during drilling with a tool of the rock drilling apparatus, wherein, during drilling, said flushing medium is led to said tool for flushing away drilling remnants, the method including: - determining a rate of a pressure variation of said flushing medium, wherein the pressure variation is determined by means of a pressure sensor , whereby two or more consecutive pressure determinations on the high pressure side of said compressor are performed to determine said pressure variation, and - generating a signal when said determined rate exceeds a first value. - determining a rate of a pressure variation of said flushing medium, wherein the pressure variation is determined by means of a pressure sensor , whereby two or more consecutive pressure determinations on the high pressure side of said compressor are performed to determine said pressure variation, and - generating a signal when said determined rate exceeds a first value.
A method for producing trichlorosilane, the method comprising: opening and closing a channel with use of a non-sliding valve, the channel being a channel through which metallurgical grade silicon powder flows in a system for producing the trichlorosilane, the non-sliding valve including a valve body capable of being rotated without coming into contact with a valve seat.
A compound having the following chemical formula: wherein X-represents a counter-anion; one or more of Z is/are independently selected from C 1 -C 20 alkyl, a C 1 -C 20 alkyl substituted with CN, and C 1 -C 20 alkoxy; and the remaining one or two Z is/are independently selected from the following structures: wherein each R1 is independently selected from hydrogen, halogen, C 1 -C 10 alkyl, CN, hydroxyl, and C 1 -C 20 alkoxy. X-represents a counter-anion; one or more of Z is/are independently selected from C 1 -C 20 alkyl, a C 1 -C 20 alkyl substituted with CN, and C 1 -C 20 alkoxy; and the remaining one or two Z is/are independently selected from the following structures: wherein each R1 is independently selected from hydrogen, halogen, C 1 -C 10 alkyl, CN, hydroxyl, and C 1 -C 20 alkoxy.
Touch probe having a housing and a stylus holder , wherein the stylus holder comprises a stylus mount and a stylus receptacle , wherein the stylus receptacle is provided for receiving a stylus, wherein the stylus holder is mounted movably at the housing by means of the stylus mount , wherein the stylus holder has an elastic membrane , wherein the membrane is formed between the stylus receptacle and the stylus mount of the stylus holder , wherein the membrane connects the stylus receptacle to the stylus mount , with the result that a measurement sensitivity of the touch probe for radial probing is the same from every direction, characterized in that the stylus holder is formed in one piece.