mhurhangee/patent-ind-claim-en huggingface dataset:
An endoscope sheath comprising: a. a tube configured to receive all or a portion of a shaft of an endoscope , the endoscope including a light post in a proximal end region of the endoscope ; and b. an arm attached to and extending from a proximal end region of the sheath; wherein the arm has one or more features that are configured to be in communication with the light post to orient the sheath axially and rotationally with respect to the endoscope , the one or more features including a socket configured to axially and rotationally lock the sheath to the endoscope, wherein axially locking the sheath to the endoscope includes preventing axial movement of the sheath in the proximal direction and the distal direction relative to the endoscope , characterized in that a proximal end of the endoscope sheath includes a facing surface that the endoscope extends through, and the facing surface includes a flare that is configured to form a seal with a shoulder of an endoscope , the facing surface being elastically deformable so that the facing surface is configured to form a sealed connection with a shoulder of the endoscope . a. a tube configured to receive all or a portion of a shaft of an endoscope , the endoscope including a light post in a proximal end region of the endoscope ; and b. an arm attached to and extending from a proximal end region of the sheath;
A method for a managed forwarding element executing on a host computer , the method comprising: receiving a packet from a virtual machine (VM1) that operates on the host computer , the virtual machine belonging to a particular tenant logical network , the packet having a destination address located outside the tenant logical network ; based on a port of the managed forwarding element through which the packet is received from the virtual machine (VM1), identifying a logical switch for the packet; performing a logical processing pipeline for the identified logical switch on the packet to logically forward the packet to a first logical router of the tenant logical network; performing a logical processing pipeline for the first logical router of the tenant logical network on the packet to logically forward the packet to a second logical router to which the first logical router connects, the second logical router for connecting to external networks; performing a logical processing pipeline for the second logical router on the packet; and based on the logical processing pipeline for the second logical router , mapping the packet to a gateway host computer that implements a layer 3 'L3' gateway for the second logical router to connect the tenant logical network to an external network and that implements the first logical router , encapsulating the packet, and forwarding the packet to the gateway host computer . receiving a packet from a virtual machine (VM1) that operates on the host computer , the virtual machine belonging to a particular tenant logical network , the packet having a destination address located outside the tenant logical network ; based on a port of the managed forwarding element through which the packet is received from the virtual machine (VM1), identifying a logical switch for the packet; performing a logical processing pipeline for the identified logical switch on the packet to logically forward the packet to a first logical router of the tenant logical network; performing a logical processing pipeline for the first logical router of the tenant logical network on the packet to logically forward the packet to a second logical router to which the first logical router connects, the second logical router for connecting to external networks; performing a logical processing pipeline for the second logical router on the packet; and based on the logical processing pipeline for the second logical router , mapping the packet to a gateway host computer that implements a layer 3 'L3' gateway for the second logical router to connect the tenant logical network to an external network and that implements the first logical router , encapsulating the packet, and forwarding the packet to the gateway host computer .
An end-effector, comprising: a clamp arm ; and an ultrasonic blade configured to acoustically couple to an ultrasonic transducer and to electrically couple to a pole of an electrical generator; wherein the clamp arm comprises: a clamp jaw having a proximal end and a distal end; characterized in that , the clamp arm further comprises: a plurality of variable longitudinal support elements ; and a cantilever electrode facing the ultrasonic blade and configured to electrically couple to an opposite pole of the electrical generator, wherein the cantilever electrode is fixed to the proximal end of the clamp jaw at a proximal end and free to deflect at a distal end, wherein the cantilever electrode is supported by the variable longitudinal support elements , and wherein the variable longitudinal support elements apply a variable force on the cantilever electrode from the proximal end to the distal end. a clamp arm ; and an ultrasonic blade configured to acoustically couple to an ultrasonic transducer and to electrically couple to a pole of an electrical generator; wherein the clamp arm comprises: a clamp jaw having a proximal end and a distal end; characterized in that , the clamp arm further comprises: a plurality of variable longitudinal support elements ; and a cantilever electrode facing the ultrasonic blade and configured to electrically couple to an opposite pole of the electrical generator, wherein the cantilever electrode is fixed to the proximal end of the clamp jaw at a proximal end and free to deflect at a distal end, wherein the cantilever electrode is supported by the variable longitudinal support elements , and wherein the variable longitudinal support elements apply a variable force on the cantilever electrode from the proximal end to the distal end. a plurality of variable longitudinal support elements ; and a cantilever electrode facing the ultrasonic blade and configured to electrically couple to an opposite pole of the electrical generator, wherein the cantilever electrode is fixed to the proximal end of the clamp jaw at a proximal end and free to deflect at a distal end, wherein the cantilever electrode is supported by the variable longitudinal support elements , and wherein the variable longitudinal support elements apply a variable force on the cantilever electrode from the proximal end to the distal end.
A signal processor for a headset configured with a microphone terminal for receiving a microphone signal, a loudspeaker terminal for outputting a loudspeaker signal, and a far-end terminal for communicating an inbound signal and an outbound signal with a far-end; comprising: - an outbound path from the microphone terminal to the far-end terminal ; - a side-tone path configured to generate a side-tone signal from the microphone signal via a side-tone filter , wherein the side-tone filter is a controllable side-tone filter; - an inbound path from the far-end terminal to the loudspeaker terminal and comprising a combiner configured to combine the side-tone signal and the inbound signal to generate the loudspeaker signal; - a side-tone filter controller configured to receive the microphone signal and to compute a first noise estimate with a signal-to-noise level of the microphone signal at respective frequency bands and based thereon controls the side-tone filter to improve a signal-to-noise ratio of the side-tone signal by configuration of side-tone filter stages in accordance with an optimization process; wherein a cost function is defined for the optimization process; and wherein the cost function (302;402;502;602;702) is a frequency domain estimate of the signal-to-noise ratio which in a first iteration is computed from the microphone signal and in subsequent iterations (402;502;602;702) is computed from the cost function and estimates (301;401;501;601;701) in the frequency domain of selected filters; and wherein the optimization process iteratively selects a filter with an optimization strategy to optimize the cost function and then updates the cost function. - an outbound path from the microphone terminal to the far-end terminal ; - a side-tone path configured to generate a side-tone signal from the microphone signal via a side-tone filter , wherein the side-tone filter is a controllable side-tone filter; - an inbound path from the far-end terminal to the loudspeaker terminal and comprising a combiner configured to combine the side-tone signal and the inbound signal to generate the loudspeaker signal; - a side-tone filter controller configured to receive the microphone signal and to compute a first noise estimate with a signal-to-noise level of the microphone signal at respective frequency bands and based thereon controls the side-tone filter to improve a signal-to-noise ratio of the side-tone signal by configuration of side-tone filter stages in accordance with an optimization process;
Method for applying an adhesion-promoting product to a rail comprising: - applying an adhesion-promoting product to the rail from a first metering device which, as viewed above the rail towards a rail vehicle which is moving on the rail and in the travelling direction of the rail vehicle , is arranged in front of a wheel of the rail vehicle , which wheel is moving on the rail , characterised by - measuring an adhesion value of the wheel on the rail , and - additionally applying the or another adhesion-promoting product from a second metering device which is arranged above the rail if the adhesion value undershoots a predefined threshold value. - applying an adhesion-promoting product to the rail from a first metering device which, as viewed above the rail towards a rail vehicle which is moving on the rail and in the travelling direction of the rail vehicle , is arranged in front of a wheel of the rail vehicle , which wheel is moving on the rail , - measuring an adhesion value of the wheel on the rail , and - additionally applying the or another adhesion-promoting product from a second metering device which is arranged above the rail if the adhesion value undershoots a predefined threshold value.
A system for street light lighting control and for Internet-of Things (IoT) control for monitoring solar power generation, comprising: - a plurality of streetlights and a plurality of motion sensors configured to be arranged in each of the plurality of street lights to detect movement of a person, - a solar panel configured to generate photovoltaic-based electricity using sunlight; - a battery configured to store the electricity generated by the solar panel , - a solar controller configured to control the battery to store the electricity; and - a street light controller configured to control lighting of the plurality of street lights using the electricity stored in the battery ; - wherein the solar controller includes a battery information detection module configured to detect remaining charge information and discharging time information of the battery and a communication module configured to transmit the remaining charge information and discharging time information to a monitoring server , - wherein the communication module is configured to transmit the remaining charge information, and the discharging time information to the monitoring server through a low-power wide area network (LPWAN), characterized in that: - the motion sensors are radially arranged to detect the movement within a direction angle of predetermined degrees with respect to each of the plurality of street lights, and the streetlight controller is configured to control on-off operation of each of the plurality of streetlights according to a detection signal of each of the motion sensors arranged in each street light and perform dimming control on the plurality of streetlights according to an on-off operation sequence of the motion sensors provided in each streetlight corresponding to a direction of movement of a person. - a plurality of streetlights and a plurality of motion sensors configured to be arranged in each of the plurality of street lights to detect movement of a person, - a solar panel configured to generate photovoltaic-based electricity using sunlight; - a battery configured to store the electricity generated by the solar panel , - a solar controller configured to control the battery to store the electricity; and - a street light controller configured to control lighting of the plurality of street lights using the electricity stored in the battery ; - wherein the solar controller includes a battery information detection module configured to detect remaining charge information and discharging time information of the battery and a communication module configured to transmit the remaining charge information and discharging time information to a monitoring server , - wherein the communication module is configured to transmit the remaining charge information, and the discharging time information to the monitoring server through a low-power wide area network (LPWAN), characterized in that: - the motion sensors are radially arranged to detect the movement within a direction angle of predetermined degrees with respect to each of the plurality of street lights, and
A seal component for a prosthetic liner, the seal component comprising: a body having open first and second ends defining an opening therethrough and an internal surface about an axis (D-D) and an outer surface extending generally parallel and radially spaced from the axis (D-D), the body having at least two seals located between the open first and second ends and protruding at least in part radially outward beyond the outer surface and relative to the axis (D-D), the body forming a lower portion at the second end and having a transitional geometry ; a sleeve having a tubular form and a first end inseparably secured to the open first end of the body and having a different elasticity from the body, the sleeve extending co-axially beyond the open first end of the body such that the sleeve is spaced away axially from the at least two seals such that a second end of the sleeve opposite the first end defines an entry point for the seal component ; wherein the sleeve is formed from a textile and the body is formed from a polymeric material; characterized in that an interface between the sleeve and the body is located at the first end of the body , such that a length of the sleeve extends into the body , the interface defining a recess about the open first end and along the internal surface , the recess arranged to receive a thickness of the sleeve ; wherein at least one rib is formed between the at least two seals , the at least one rib radially extends less than the radial extension of the at least two seals ; wherein a thickness of the at least two seals tapers at a distal tip . a body having open first and second ends defining an opening therethrough and an internal surface about an axis (D-D) and an outer surface extending generally parallel and radially spaced from the axis (D-D), the body having at least two seals located between the open first and second ends and protruding at least in part radially outward beyond the outer surface and relative to the axis (D-D), the body forming a lower portion at the second end and having a transitional geometry ; a sleeve having a tubular form and a first end inseparably secured to the open first end of the body and having a different elasticity from the body, the sleeve extending co-axially beyond the open first end of the body such that the sleeve is spaced away axially from the at least two seals such that a second end of the sleeve opposite the first end defines an entry point for the seal component ; wherein the sleeve is formed from a textile and the body is formed from a polymeric material; characterized in that an interface between the sleeve and the body is located at the first end of the body , such that a length of the sleeve extends into the body , the interface defining a recess about the open first end and along the internal surface , the recess arranged to receive a thickness of the sleeve ; wherein at least one rib is formed between the at least two seals , the at least one rib radially extends less than the radial extension of the at least two seals ; wherein a thickness of the at least two seals tapers at a distal tip .
A compound of Formula 1: or a stereoisomer, pharmaceutically acceptable salt, or mixture thereof; optionally wherein Formula 1 is:
Arrangement consisting of an automatic door seal and a stop device (A) for an automatic door seal, wherein the stop device (A) has a roller and a roller carrier , wherein the roller is rotatably mounted in the roller carrier and a part of the running surface of the roller forms a surface on which a trigger of the door seal impacts when it contacts the stop device when the door is closed, characterised in that the roller carrier has one or several fastening elements or is connected with one or several fastening elements , with which the stop device (A) can be fastened to a frame of a door.
A thin film transistor, comprising an active layer , and a source electrode and a drain electrode on the active layer; wherein each of the source electrode and the drain electrode comprises a metal electrode sub-layer , and a diffusion barrier sub-layer made of a material comprising M1O a N b , wherein M1 is a single metal or a combination of metals, a ≥ 0, and b > 0, between the metal electrode sub-layer and the active layer for preventing diffusion of metal electrode material into the active layer, characterized in that , the diffusion barrier sub-layer is made of a material comprising zinc oxynitride doped with one or more non-metal element selected from one or a combination of sulfur, fluorine, chlorine, and carbon. wherein each of the source electrode and the drain electrode comprises a metal electrode sub-layer , and a diffusion barrier sub-layer made of a material comprising M1O a N b , wherein M1 is a single metal or a combination of metals, a ≥ 0, and b > 0, between the metal electrode sub-layer and the active layer for preventing diffusion of metal electrode material into the active layer, characterized in that , the diffusion barrier sub-layer is made of a material comprising zinc oxynitride doped with one or more non-metal element selected from one or a combination of sulfur, fluorine, chlorine, and carbon.
Finger holder for a plucker, said finger holder being intended to be set in rotation about an axis of rotation (X) and having: - a mounting plate having fastening means intended for fastening the mounting plate to a shaft of the plucker, - a cover which caps a frontal face of the mounting plate and has a plurality of bores , wherein each bore is intended to receive a finger of the plucker, and - a locking system which is separate from the fastening means and takes up either a locking position, in which it locks the cover on the mounting plate , or an unlocking position, in which it does not lock the cover on the mounting plate , characterized in that the cover has a cap which covers the frontal face of the mounting plate and tabs extending perpendicularly to the cap , and wherein the mounting plate has, for each tab , a recess in which said tab is accommodated. - a mounting plate having fastening means intended for fastening the mounting plate to a shaft of the plucker, - a cover which caps a frontal face of the mounting plate and has a plurality of bores , wherein each bore is intended to receive a finger of the plucker, and - a locking system which is separate from the fastening means and takes up either a locking position, in which it locks the cover on the mounting plate , or an unlocking position, in which it does not lock the cover on the mounting plate ,
A ventilation system for an item of clothing, in particular for a watertight motorcycle clothing item, comprising: - a peripheral region associated with the item of clothing; - an inner material layer which extends partly over the peripheral region and is connected thereto; - an outer material layer which completely covers the peripheral region in a closed state of the ventilation system and is connected in part to the peripheral region ; - a closure element designed to enable the ventilation system to be transferred between the closed state and an open state; and - a fold element which is provided along a portion between the peripheral region and the outer material layer and is connected to both, wherein in the open state of the ventilation system the fold element defines an outer ventilation opening together with the outer material layer and the inner material layer ; wherein the inner material layer has a through-opening such that, in the open state of the ventilation system , a ventilation passage is formed through the ventilation opening and the through-opening , characterized in that the inner material layer has a cover portion in the region of the through-opening . - a peripheral region associated with the item of clothing; - an inner material layer which extends partly over the peripheral region and is connected thereto; - an outer material layer which completely covers the peripheral region in a closed state of the ventilation system and is connected in part to the peripheral region ; - a closure element designed to enable the ventilation system to be transferred between the closed state and an open state; and - a fold element which is provided along a portion between the peripheral region and the outer material layer and is connected to both, wherein in the open state of the ventilation system the fold element defines an outer ventilation opening together with the outer material layer and the inner material layer ; wherein the inner material layer has a through-opening such that, in the open state of the ventilation system , a ventilation passage is formed through the ventilation opening and the through-opening , characterized in that the inner material layer has a cover portion in the region of the through-opening .
Apparatus for partially automated cleaning of tube bundle heat exchangers having a plurality of tubes (2, 2.1, 2.2) comprising a blasting device having a connection for a gaseous and/or liquid blasting medium and a blasting agent, having a blasting adapter designed for front contact with a tube (2.1) of the tube bundle heat exchanger to be cleaned, having a deflection body for the blasting agent and/or blasting medium that can be inserted into the tube (2.1) to be cleaned, having a robust retention cable , which retains the deflection body and is also suitable for the use of abrasive blasting agents, and having a feed module for the retention cable , characterised in that - the apparatus further has a guide rail which is longitudinally extended in a transverse direction and a carriage that can be moved along the guide rail in the transverse direction , - the blasting device is fitted with a controllable pressure module, which is associated with the blasting adapter in such a way that the blasting adapter can be pressed against the tube (2.1) to be cleaned by means of the pressure module, wherein in any case the blasting adapter and/or the deflection body of the blasting device can be moved with the carriage in the transverse direction , - the apparatus comprises an attachment device for attaching the guide rail to the tube bundle heat exchanger . - the apparatus further has a guide rail which is longitudinally extended in a transverse direction and a carriage that can be moved along the guide rail in the transverse direction , - the blasting device is fitted with a controllable pressure module, which is associated with the blasting adapter in such a way that the blasting adapter can be pressed against the tube (2.1) to be cleaned by means of the pressure module, wherein in any case the blasting adapter and/or the deflection body of the blasting device can be moved with the carriage in the transverse direction , - the apparatus comprises an attachment device for attaching the guide rail to the tube bundle heat exchanger .