mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for controlling an operation of an industrial machine that includes authenticating control commands remotely issued by command issuers through a network, the control commands each describing a modifying action that modifies the operation of the industrial machine , the method comprising the steps of: providing a jump host as a communication buffer between a unit controller of the industrial machine and the network; maintaining whitelisted commands within a memory of the jump host , the whitelisted commands comprising a whitelist of the control commands that are approved; receiving a control command at a cloud application for an initial screening test; preventing a transmission of the control command from the cloud application to the jump host in case of a failed initial screening test; receiving the control command from the cloud application at the jump host in case of a passed initial screening test; authenticating the control command by comparing against the whitelist in the jump host ; in response to being deemed authenticated, transmitting the control command to the unit controller for controlling the industrial machine . providing a jump host as a communication buffer between a unit controller of the industrial machine and the network; maintaining whitelisted commands within a memory of the jump host , the whitelisted commands comprising a whitelist of the control commands that are approved; receiving a control command at a cloud application for an initial screening test; preventing a transmission of the control command from the cloud application to the jump host in case of a failed initial screening test; receiving the control command from the cloud application at the jump host in case of a passed initial screening test; authenticating the control command by comparing against the whitelist in the jump host ; in response to being deemed authenticated, transmitting the control command to the unit controller for controlling the industrial machine .
A fixed sequence activation handle comprising: a. a first removable member attached to a first distally extending line configured to communicate with a remotely located deployable device ; wherein removal of the first removable member from the handle results in partial deployment of a first portion of the remotely located deployable device and allows access to the second removable member; b. a second removable member having a rotatable portion fixed and rotatable relative thereto, wherein rotation of the rotatable portion modulates the first portion of the remotely located deployable device , wherein the rotatable portion of the second removable member is covered by said first removable member , said second removable member being attached to a second distally extending line configured to communicate with the first portion of the remotely located deployable device ; wherein removal of the second removable member from the handle results in complete deployment of the first portion of the remotely located deployable device and allows access to a third member ; and c. the third member is at least partially covered by said second removable member and attached to a third distally extending line configured to communicate with the remotely located deployable device ; wherein manipulation of the third member deploys the second portion of the remotely located deployable device . a. a first removable member attached to a first distally extending line configured to communicate with a remotely located deployable device ; wherein removal of the first removable member from the handle results in partial deployment of a first portion of the remotely located deployable device and allows access to the second removable member; b. a second removable member having a rotatable portion fixed and rotatable relative thereto, wherein rotation of the rotatable portion modulates the first portion of the remotely located deployable device , wherein the rotatable portion of the second removable member is covered by said first removable member , said second removable member being attached to a second distally extending line configured to communicate with the first portion of the remotely located deployable device ; wherein removal of the second removable member from the handle results in complete deployment of the first portion of the remotely located deployable device and allows access to a third member ; and c. the third member is at least partially covered by said second removable member and attached to a third distally extending line configured to communicate with the remotely located deployable device ; wherein manipulation of the third member deploys the second portion of the remotely located deployable device .
Compressor device with at least one compressor with an inlet and an outlet and a channel for channelling the gas flow drawn in by the compressor and the gas flow compressed by the compressor to a consumer, characterised in that the compressor device is provided with a passive element that limits the backflow of the compressed gas from the consumer to the inlet to a set maximum flow, whereby the passive element comprises a sonic nozzle and whereby the passive element is upstream from the compressor in the channel or in the inlet of the compressor ; and in that the device is provided with a non-return valve that prevents the backflow of the compressed gas to the inlet during normal operation.
Protective device for receiving a plug connector , comprising: a plug receptacle which is configured to receive the plug connector and an end portion of a cable of the plug connector at least in part, wherein the plug receptacle extends through the protective device along a centre line (M) from a plug opening for receiving the plug connector at least in part to a cable opening for receiving the end portion of the cable of the plug connector at least in part; and wherein the plug receptacle comprises a plurality of cable-holding hooks which project inwards into the plug receptacle , wherein each of the cable-holding hooks is at a distance from the centre line (M), wherein the distances of two or more cable-holding hooks from the centre line (M) decrease along the centre line (M) from the cable opening in the direction towards the plug opening , wherein the plurality of cable-holding hooks are configured to block a movement of the received end portion of the cable relative to the plug receptacle , wherein the plurality of cable-holding hooks are configured to form a strain relief in order to block movement of the end portion of the cable along the centre line (M) in an operational state. a plug receptacle which is configured to receive the plug connector and an end portion of a cable of the plug connector at least in part, wherein the plug receptacle extends through the protective device along a centre line (M) from a plug opening for receiving the plug connector at least in part to a cable opening for receiving the end portion of the cable of the plug connector at least in part; and wherein the plug receptacle comprises a plurality of cable-holding hooks which project inwards into the plug receptacle , wherein each of the cable-holding hooks is at a distance from the centre line (M), wherein the distances of two or more cable-holding hooks from the centre line (M) decrease along the centre line (M) from the cable opening in the direction towards the plug opening , wherein the plurality of cable-holding hooks are configured to block a movement of the received end portion of the cable relative to the plug receptacle , wherein the plurality of cable-holding hooks are configured to form a strain relief in order to block movement of the end portion of the cable along the centre line (M) in an operational state.
A method for producing a long-range optical device - in the form of a binocular or monocular telescope, spotting scope, riflescope, night-vision device or rangefinder, - and for producing a part of the long-range optical device in the form of an accessory part, an operating part or a housing part, - wherein the long-range optical device comprises at least one housing, - wherein the long-range optical device and/or the part of the long-range optical device to be produced is at least partly produced using at least one 3D printing method, - characterized in that at least one model of at least one basic element of the long-range optical device and/or of the part of the long-range optical device to be printed is stored in electronic form, - wherein a 3D printing device is controlled by means of the at least one model stored in electronic form, - wherein in a step i) at least one value of at least one parameter of a surface condition and/or a value of at least one design parameter characterizing the geometry of the at least one part to be printed is selected, - and in a step ii) the at least one part to be printed is printed using the 3D printing method, - wherein a preview of the appearance of the part to be printed is output on a screen on the basis of the parameters selected in step i), - wherein a preview of a combination of the basic element and the part of the long-range optical device to be produced is output on the basis of the parameters selected in step i) and the at least one model of the basic element of the long-range optical device . - in the form of a binocular or monocular telescope, spotting scope, riflescope, night-vision device or rangefinder, - and for producing a part of the long-range optical device in the form of an accessory part, an operating part or a housing part, - wherein the long-range optical device comprises at least one housing, - wherein the long-range optical device and/or the part of the long-range optical device to be produced is at least partly produced using at least one 3D printing method, - characterized in that at least one model of at least one basic element of the long-range optical device and/or of the part of the long-range optical device to be printed is stored in electronic form, - wherein a 3D printing device is controlled by means of the at least one model stored in electronic form, - wherein in a step i) at least one value of at least one parameter of a surface condition and/or a value of at least one design parameter characterizing the geometry of the at least one part to be printed is selected, - and in a step ii) the at least one part to be printed is printed using the 3D printing method, - wherein a preview of the appearance of the part to be printed is output on a screen on the basis of the parameters selected in step i), - wherein a preview of a combination of the basic element and the part of the long-range optical device to be produced is output on the basis of the parameters selected in step i) and the at least one model of the basic element of the long-range optical device .
An instrument shield for a surgeon console of a robotic surgical system, comprising: first and second eye shields configured to be removably attached to respective eyepieces of the console ; characterized in that each of the first and second eye shields includes an outer lip defining an integral perimeter groove to releasably engage the first and second eye shields with the respective eyepieces of the console; and the instrument shield further comprising a face shield configured to be removably and separately attached to the console and to stay in position due to its attachment to a faceplate of the robotic surgical system via the eye shields. first and second eye shields configured to be removably attached to respective eyepieces of the console ; characterized in that each of the first and second eye shields includes an outer lip defining an integral perimeter groove to releasably engage the first and second eye shields with the respective eyepieces of the console; and the instrument shield further comprising a face shield configured to be removably and separately attached to the console and to stay in position due to its attachment to a faceplate of the robotic surgical system via the eye shields.
A microphone array configured to be implemented in a mobile phone, the mobile phone having an application processor , the microphone array comprising: a common bus interconnecting only a plurality of microphones; and a plurality of microphones , each microphone connected to the common bus, at least a first microphone of the array configured to operate in an active mode to detect acoustic input sound at the first microphone and at least two other microphones of the array configured to operate in a low power, sleep mode in a first operating condition and to operate in the active mode in a second operating condition, each microphone further comprising logic means configured in the active mode to detect an acoustic signal level at the microphone input, generate a wake up command based on the acoustic signal level, and send the wake up command from the microphone directly to the other microphones of the array using the common bus and configured in the low power mode to transition the microphone from the low power mode to the active mode upon receiving, via the common bus, the wake up command from another microphone. a common bus interconnecting only a plurality of microphones; and a plurality of microphones , each microphone connected to the common bus, at least a first microphone of the array configured to operate in an active mode to detect acoustic input sound at the first microphone and at least two other microphones of the array configured to operate in a low power, sleep mode in a first operating condition and to operate in the active mode in a second operating condition, each microphone further comprising logic means configured in the active mode to detect an acoustic signal level at the microphone input, generate a wake up command based on the acoustic signal level, and send the wake up command from the microphone directly to the other microphones of the array using the common bus and configured in the low power mode to transition the microphone from the low power mode to the active mode upon receiving, via the common bus, the wake up command from another microphone.
A geared turbomachine , which via a gearing integrates a drive unit and multiple output units (A1, A2, A3, A4, A5, A7) to form a machine train and the gearing comprises a housing , wherein the gearing substantially comprises a central bull gear having a bull gear shaft and multiple pinions with pinion shafts and a drive pinion , which are arranged in the housing , wherein between the bull gear and one of the pinions the drive pinion with a driveshaft is arranged, which is operatively connected to the bull gear and one of the pinions , and wherein the drive pinion is operatively connected to a drive unit (A6), wherein the bull gear is operatively connected to the pinions and the ends of the pinion shafts in each case are operatively connected to a drive unit and/or output unit (A1, A2, A3, A4, A5), wherein the bull gear shaft is operatively connected to a drive unit and/or output unit (A7), wherein the drive pinion is mounted on the driveshaft and is in mesh with a first pinion , which is non-rotatably mounted on a first pinion shaft and at the end of the pinion shaft an impeller is mounted and the drive pinion , on the side facing away from the pinion , is in mesh with the bull gear, which is non-rotatably mounted on a shaft mounted in the housing , characterized in that the impeller of the pinion shaft is non-rotatably connected to a single or multi-stage floatingly mounted axial expander (A1), which comprises a housing and a flow inlet region , wherein the axial expander (A1), in the region of its axial housing start, is flanged to the housing of the gearing , so that via the pinion shafts of the geared turbomachine a non-rotatable connection with the axial expander (A1) is formed and inflow passages of the axial expander for the hot process medium to be expanded of the same, are located radially on the axial housing start of the axial expander, so that the flow inlet region of the axial expander (A1) directly adjoins the housing of the gearing and a transition region between axial expander (A1) and gearing can be cooled by a cooling medium in that the housing of the axial expander (A1) and/or the housing of the gearing contain passages for the cooling medium in the transition region.
Drip chamber arrangement for a medical infusion system having a drip chamber housing with a longitudinal axis and a passage for discharging infusion fluid from the drip chamber housing , and having an adjusting device for adjusting a volume flow of the infusion fluid through the passage , which can be positioned relative to the drip chamber housing and is fixedly attached thereto in the axial and/or radial direction, wherein the adjusting device is attached to the drip chamber housing and rotatable around the longitudinal axis relative thereto, and wherein the adjusting device is designed in such a way that a fluid conduction channel within the drip chamber arrangement , which is associated with the passage and connected thereto in a fluid-conducting manner, can be varied as a function of the relative rotational position of the adjusting device , the fluid conduction channel comprising a section of a throttle groove which has a groove cross-section which varies along the course of the groove, characterized in that the adjusting device has an arcuate guide groove in which a guide element fixed relative to the drip chamber housing is guided, and in that the arcuate guide groove and the throttle groove are introduced into an endface-side upper wall section of the adjusting device .
A method for obtaining a vertical or horizontal profiled element for the interconnection of plasterboard panels to walls , wherein said method provides for a continuous machining of a metallic lamina by punching or drawing or rolling obtained by using two rollers, one acting as a die and the other acting as a punch, so as to obtain on said metallic lamina a plurality of holes , which are uniformly distributed according to a series of mutually parallel rows, characterised in that in a plan view said holes have, considering both an upper surface and a lower surface , a substantially X-like shape, in said method the side or diameter (D1) and the center distance (D2) between two of said holes that are mutually closer and the thickness (S) of said planar surface being defined by the following proportions: D2≥S, 0.4 mm ≤ S ≤ 1.5 mm and D1≤3S.
Adjustment drive for a steering column that is adjustable by motor for a motor vehicle, said adjustment drive comprising a threaded spindle with an axis (G), said threaded spindle engaging in a spindle nut , a drive unit and a gear wheel which is driveable to rotate about the axis (G) by the drive unit and which has a toothing portion , which is arranged axially between two circumferential bearing faces that are coaxial to the axis (G), wherein the gear wheel is connected to the spindle nut or the threaded spindle for rotation therewith, characterized in that the gear wheel has a core element , to which two bearing rings are connected, said bearing rings each having a bearing face and being axially supported against one another.
Trailer coupling (10; 110) for a motor vehicle, in particular a car, wherein the trailer coupling (10; 110) includes a coupling member (11; 111) on which is mounted a coupling element (14; 114) for attaching a trailer (A), wherein the trailer coupling (10; 110) has at least one coupling use sensor (31-33) to detect at least one coupling use status dependent on use of the coupling member (11; 111), in particular an angular position of the trailer (A) or the load carrier (L) relative to the coupling member (11; 111) and/or a mechanical loading of the coupling member (11; 111) by the trailer (A) or the load carrier (L) and to output at least one coupling use signal representing the coupling use status, and wherein the trailer coupling (10; 110) has a power supply facility for the electrical power supply of the trailer (A), wherein the power supply facility has an electrical use sensor array to generate an electrical use signal depending on use of the power supply facility by the trailer (A), characterised in that it has an evaluation unit which, with the aid of a logical linking of the electrical use signal and the coupling use signal or signals , generates fault information , and that the evaluation unit signals a fault in the fault information if the electrical use signal indicates no use of the power supply facility and the coupling use signal signals use of the trailer coupling (10; 110) by a trailer (A) or load carrier (L).
A refrigerator and/or freezer , comprising at least one body and at least one closing element closing an opening of the body , as well as at least one profile arrangement arranged in a gap formed between the closing element and the body , comprising at least one base , at least one fastening arrangement , at least one coating element , and at least one sealing arrangement , which has at least one hollow chamber and is made of a soft-elastic, polymeric material having a Shore A hardness according to DIN EN ISO 868 of about 50 to 95, preferably 60 to 90, the coating element being arranged material-bonding on the sealing arrangement , characterized in that the coating element of the profile arrangement is arranged material-bonding on at least one wall of the sealing arrangement going around the hollow chamber .
A speech communication system, comprising: a neurosensor, comprising: at least three electrodes suitable for detecting speech production signals when operably coupled to the ventral sensorimotor cortex in the motor cortex of a subject while the subject produces or imagines producing a speech sound, and a wireless transmitter adapted to transmit the detected speech production signals; and a receiver unit, comprising: a wireless receiver in communication with the wireless transmitter that receives the detected speech production signals; a speech generator; a processor; and a memory comprising instructions which, when executed by the processor, derive a speech production signal pattern from the detected speech production signals, correlates the speech production signal pattern with a reference speech production signal pattern corresponding to speech production signals from at least three speech articulators selected from the group consisting of lips, tongue, larynx, and jaw, to decode the speech sound, and communicates the speech sound using the speech generator. a neurosensor, comprising: at least three electrodes suitable for detecting speech production signals when operably coupled to the ventral sensorimotor cortex in the motor cortex of a subject while the subject produces or imagines producing a speech sound, and a wireless transmitter adapted to transmit the detected speech production signals; and a receiver unit, comprising: a wireless receiver in communication with the wireless transmitter that receives the detected speech production signals; a speech generator; a processor; and a memory comprising instructions which, when executed by the processor, derive a speech production signal pattern from the detected speech production signals, correlates the speech production signal pattern with a reference speech production signal pattern corresponding to speech production signals from at least three speech articulators selected from the group consisting of lips, tongue, larynx, and jaw, to decode the speech sound, and communicates the speech sound using the speech generator. a wireless receiver in communication with the wireless transmitter that receives the detected speech production signals; a speech generator; a processor; and a memory comprising instructions which, when executed by the processor, derive a speech production signal pattern from the detected speech production signals, correlates the speech production signal pattern with a reference speech production signal pattern corresponding to speech production signals from at least three speech articulators selected from the group consisting of lips, tongue, larynx, and jaw, to decode the speech sound, and communicates the speech sound using the speech generator.