mhurhangee/patent-ind-claim-en huggingface dataset:
Method for creating a model of a technical system which is compatible with a simulation device , wherein the simulation device is a hardware-in-the-loop simulator, HIL simulator, which is set up for control unit development and to which a control unit to be tested can be connected, and wherein the compatible model can be executed on the simulation device , the method comprising the following steps: (a) providing a model of the technical system that is incompatible with the HIL simulator , wherein the incompatible model of the technical system comprises a precompiled model of the technical system and wherein the incompatible model of the technical system is an environment model for the control unit to be tested, wherein the environment model is a model of a technical system to be controlled; (b) providing a virtual execution environment , wherein the technical system model incompatible with the HIL simulator is executable in the virtual execution environment ; and (c) encapsulating the technical system model incompatible with the HIL simulator and the virtual execution environment in a compatible container unit forming the compatible technical system model , wherein the incompatible model of the technical system is addressable on the HIL simulator via the compatible container unit and the virtual execution environment , wherein the compatible container unit is formed according to the Functional Mock-up Interface, FMI, standard. (a) providing a model of the technical system that is incompatible with the HIL simulator , wherein the incompatible model of the technical system comprises a precompiled model of the technical system and wherein the incompatible model of the technical system is an environment model for the control unit to be tested, wherein the environment model is a model of a technical system to be controlled; (b) providing a virtual execution environment , wherein the technical system model incompatible with the HIL simulator is executable in the virtual execution environment ; and (c) encapsulating the technical system model incompatible with the HIL simulator and the virtual execution environment in a compatible container unit forming the compatible technical system model , wherein the incompatible model of the technical system is addressable on the HIL simulator via the compatible container unit and the virtual execution environment , wherein the compatible container unit is formed according to the Functional Mock-up Interface, FMI, standard.
A corn cell with stably integrated, recombinant DNA comprising a promoter that is functional in plant cells and that is operably linked to DNA that encodes a protein having at least 90% identity over the full length of SEQ ID NO:148, wherein said corn cell is selected from a population of corn cells with said recombinant DNA by screening corn plants that are regenerated from corn cells in said population and that express said protein for an enhanced trait as compared to control corn plants that do not have said recombinant DNA; and wherein said enhanced trait is increased yield.
Arrangement for controlled condensation of a hot acidic gas mixture, more particularly of nitrogen-oxide-containing gases in the production of nitric acid from ammonia by oxidation with air or an oxidizing gas, comprising at least one cooling apparatus in which the hot gas mixture is cooled by means of a coolant and condensed, where the at least one cooling apparatus is in the form of a shell-and-tube heat exchanger having a plurality of tubes disposed substantially parallel to one another, wherein the at least one cooling apparatus is a first cooling apparatus and there is a second cooling apparatus , which is downstream of the first cooling apparatus in the flow direction relative to the hot gas mixture and which is fluidically connected to the first cooling apparatus , the second cooling apparatus being substantially cylindrical in form and having its axis running substantially transverse to the axis of the first cooling apparatus, characterized in that the tubes of the shell-and-tube heat exchanger are disposed substantially vertically and the second cooling apparatus has a container shell through which the hot gas mixture flows, and also a container interior through which a coolant flows, the container shell of the second cooling apparatus being fluidically connected on its input side to the outlet port of the first cooling apparatus .
A method for transmitting a signal, performed by a base station , the method comprising: transmitting control information, to a relay node , through a relay-physical downlink control channel, R_PDCCH; and transmitting data, to the relay node , through a relay physical downlink shared channel, R-PDSCH, wherein the R-PDCCH and R-PDSCH are TDM multiplexed over the backhaul downlink transmission frequency resource; the R-PDCCH transmission is performed using R virtual antenna ports, where R is 2 or 4; when a number of transmission layers of the R-PDSCH is R or more than R, any R DM-RSs used for the R-PDCCH may be selected from precoded DM-RSs whose number is set as the number of rank values defined in the R-PDSCH transmission. transmitting control information, to a relay node , through a relay-physical downlink control channel, R_PDCCH; and transmitting data, to the relay node , through a relay physical downlink shared channel, R-PDSCH, wherein the R-PDCCH and R-PDSCH are TDM multiplexed over the backhaul downlink transmission frequency resource; the R-PDCCH transmission is performed using R virtual antenna ports, where R is 2 or 4; when a number of transmission layers of the R-PDSCH is R or more than R, any R DM-RSs used for the R-PDCCH may be selected from precoded DM-RSs whose number is set as the number of rank values defined in the R-PDSCH transmission.
A surgical system, comprising: a first implant having a cannulated interior forming an inner lumen , and configured to be implanted in a body of a patient; a second implant having a cannulated interior forming an inner lumen , and configured to be implanted in the body of the patient; a suture attached to each of the first and second implants; a needle having the first implant releasably mated thereto at a first location and having the second implant releasably mated thereto at a second location that is proximal to the first location with the needle extending through the cannulated inner lumens of the first and second implants ; wherein the first implant and the second implant each comprise a plurality of holes formed through a sidewall thereof and in communication with its inner lumen ; a cannula configured to guide the needle having the first and second implants releasably mated thereto with the suture attached to each of the first and second implants therethrough to a surgical site; and a first actuator configured to be actuated in a first actuation to advance the first implant and a distal portion of the needle out of the cannula and configured to be actuated in a second actuation after the first actuation and after the distal portion of the needle has been retracted into the cannula to advance the second implant and the distal portion of the needle out of the cannula; and the needle includes a stop surface configured to abut a stop surface of the first implant ; characterized in that the suture extends through the holes in the sidewalls of the first and second implants and is pinched in a press fit between the needle and the inner lumen of each of the first and second implants , whereby the first and second implants are each releasably mated to the needle and slidably disposed thereon. a first implant having a cannulated interior forming an inner lumen , and configured to be implanted in a body of a patient; a second implant having a cannulated interior forming an inner lumen , and configured to be implanted in the body of the patient; a suture attached to each of the first and second implants; a needle having the first implant releasably mated thereto at a first location and having the second implant releasably mated thereto at a second location that is proximal to the first location with the needle extending through the cannulated inner lumens of the first and second implants ; wherein the first implant and the second implant each comprise a plurality of holes formed through a sidewall thereof and in communication with its inner lumen ; a cannula configured to guide the needle having the first and second implants releasably mated thereto with the suture attached to each of the first and second implants therethrough to a surgical site; and a first actuator configured to be actuated in a first actuation to advance the first implant and a distal portion of the needle out of the cannula and configured to be actuated in a second actuation after the first actuation and after the distal portion of the needle has been retracted into the cannula to advance the second implant and the distal portion of the needle out of the cannula; and
A method for controlling a user equipment device using a portable wireless communications device in a home network, wherein the portable wireless communications device implements an interactive media guidance application , the method comprising: presenting on the portable wireless communications device, without displaying on the user equipment device, at least one interface of the interactive media guidance application, wherein the at least one interface is arranged for a user input to create a media content search command; receiving user input on the portable wireless communications device for the media content search command; transmitting the media content search command to the user equipment device using the portable wireless communications device, wherein the user equipment device executes the search command without interrupting media content being presented using the user equipment device; receiving, on the portable wireless communications device, search results from the user equipment device in response to the search command; and presenting at least some of the search results using the portable wireless communications device. presenting on the portable wireless communications device, without displaying on the user equipment device, at least one interface of the interactive media guidance application, wherein the at least one interface is arranged for a user input to create a media content search command; receiving user input on the portable wireless communications device for the media content search command; transmitting the media content search command to the user equipment device using the portable wireless communications device, wherein the user equipment device executes the search command without interrupting media content being presented using the user equipment device; receiving, on the portable wireless communications device, search results from the user equipment device in response to the search command; and presenting at least some of the search results using the portable wireless communications device.
Blade bearing for a food processor, comprising a shaft which is arranged in a receptacle pot via shaft bearings , the receptacle pot being provided with a lid , characterised in that the receptacle pot is adhesively bonded to the lid by means of a light-curing adhesive and in that the light curing takes place using blue light (B), the lid being optically non-transparent, but in the sense of a translucency which is to be characterised as diffusing translucent.
A first apparatus, the first apparatus comprising: means for receiving a groupcast communication from a second apparatus; means for determining that a condition is satisfied, the condition comprising a distance between the first and second apparatuses exceeding a first threshold distance; means for sending, based on the determination, a request to the second apparatus for a permission of a hybrid automatic repeat request feedback for the groupcast communication; and means for receiving the permission of the HARQ feedback from the second apparatus. means for receiving a groupcast communication from a second apparatus; means for determining that a condition is satisfied, the condition comprising a distance between the first and second apparatuses exceeding a first threshold distance; means for sending, based on the determination, a request to the second apparatus for a permission of a hybrid automatic repeat request feedback for the groupcast communication; and
A delivery apparatus , comprising: a handle ; a first shaft extending from the handle and having a proximal end portion coupled to the handle and a distal end portion ; a second shaft extending coaxially over the first shaft and having a proximal end portion coupled to the handle and a distal end portion ; a shoulder coupled to the distal end portion of the second shaft and having a flared end portion configured to abut a prosthetic valve positioned around the first shaft in a radially compressed state; an extension portion extending distally from the shoulder ; and at least one radiopaque marker disposed on the extension portion at a location within the prosthetic valve when the prosthetic valve is in a radially compressed configuration on the first shaft . a handle ; a first shaft extending from the handle and having a proximal end portion coupled to the handle and a distal end portion ; a second shaft extending coaxially over the first shaft and having a proximal end portion coupled to the handle and a distal end portion ; a shoulder coupled to the distal end portion of the second shaft and having a flared end portion configured to abut a prosthetic valve positioned around the first shaft in a radially compressed state; an extension portion extending distally from the shoulder ; and at least one radiopaque marker disposed on the extension portion at a location within the prosthetic valve when the prosthetic valve is in a radially compressed configuration on the first shaft .
A control device for a vehicle opening/closing body, comprising: an electronic control unit configured to measure a speed of an opening/closing body of a vehicle , determine an opening/closing direction in which the opening/closing body is operated, characterized in that , the electronic control unit is configured to further measure a position of an opening/closing body , measure a movement amount of the opening/closing body and operate the opening/closing body in the determined opening/closing direction with use of a drive unit when, the speed of the opening/closing body measured at the measured position of the opening/closing body is equal to or higher than a speed threshold at the measured position and the movement amount of the opening/closing body from the measured position is equal to or larger than a movement amount threshold at the measured position, wherein the speed threshold is a value that changes according to the position of the opening/closing body
A flexible LED lighting element , comprising: a flexible U-shaped housing comprising arms; a flexible printed circuit board (PCB) , comprising: an LED lighting unit , wherein the LED lighting unit comprises: a unit U-shaped housing ; an LED mounted to a bottom surface of the unit U-shaped housing ; an LED unit encapsulent that: covers the LED ; fills the unit U-shaped housing ; and contains embedded phosphor particles (Px) of different colors; and an LED unit connector ; a flexible diffuser having a top arched portion above the LED ; and a stiffening rod that extends longitudinally through the flexible LED element , wherein the stiffening rod is at least two stiffening rod elements ; wherein the diffuser has a single edge opening and is comprised of a memory shape material that is biased in a closed position. a flexible U-shaped housing comprising arms; a flexible printed circuit board (PCB) , comprising: an LED lighting unit , wherein the LED lighting unit comprises: a unit U-shaped housing ; an LED mounted to a bottom surface of the unit U-shaped housing ; an LED unit encapsulent that: covers the LED ; fills the unit U-shaped housing ; and contains embedded phosphor particles (Px) of different colors; and an LED unit connector ; a flexible diffuser having a top arched portion above the LED ; and a stiffening rod that extends longitudinally through the flexible LED element , wherein the stiffening rod is at least two stiffening rod elements ; wherein the diffuser has a single edge opening and is comprised of a memory shape material that is biased in a closed position. a unit U-shaped housing ; an LED mounted to a bottom surface of the unit U-shaped housing ; an LED unit encapsulent that: covers the LED ; fills the unit U-shaped housing ; and contains embedded phosphor particles (Px) of different colors; and an LED unit connector ; a flexible diffuser having a top arched portion above the LED ; and a stiffening rod that extends longitudinally through the flexible LED element , wherein the stiffening rod is at least two stiffening rod elements ; wherein the diffuser has a single edge opening and is comprised of a memory shape material that is biased in a closed position. covers the LED ; fills the unit U-shaped housing ; and contains embedded phosphor particles (Px) of different colors; and an LED unit connector ; a flexible diffuser having a top arched portion above the LED ; and a stiffening rod that extends longitudinally through the flexible LED element , wherein the stiffening rod is at least two stiffening rod elements ; wherein the diffuser has a single edge opening and is comprised of a memory shape material that is biased in a closed position.
A chain comprising: a plurality of outer links each having a pair of outer plates and pins ; a plurality of inner links each having a pair of inner plates and bushings , the outer links and the inner links being alternately and pivotably coupled together in a longitudinal direction of the chain by the pins rotatably inserted into the bushings ; and a position restricting part positioned between each pair of the inner plates to restrict inward movement of said each pair of inner plates in a chain width direction, the inner plates have bushing holes formed with a clearance between them and the outer surface of the bushing , the bushings being rotatably inserted in respective bushing holes of said each pair of inner plates . a plurality of outer links each having a pair of outer plates and pins ; a plurality of inner links each having a pair of inner plates and bushings , the outer links and the inner links being alternately and pivotably coupled together in a longitudinal direction of the chain by the pins rotatably inserted into the bushings ; and a position restricting part positioned between each pair of the inner plates to restrict inward movement of said each pair of inner plates in a chain width direction, the inner plates have bushing holes formed with a clearance between them and the outer surface of the bushing , the bushings being rotatably inserted in respective bushing holes of said each pair of inner plates .
An actuator , comprising: a motor , comprising a housing , a motor stator and a motor rotor , wherein the motor stator is disposed to the housing , the motor rotor is rotatably connected to the housing , and the motor rotor covers the motor stator ; a position encoder , disposed to the motor rotor ; a reducer , connected to the motor rotor , and configured to adjust a rotation speed output from the motor rotor ; and a motor driver , disposed on the housing , and electrically connected to the motor ; characterized in that the motor driver comprises an external interface , an external interface board and a drive board , wherein the drive board overlaps the external interface board and is electrically connected to the external interface , the drive board is electrically connected to the motor stator , and the external interface is disposed on a surface of the external interface board away from the drive board . a motor , comprising a housing , a motor stator and a motor rotor , wherein the motor stator is disposed to the housing , the motor rotor is rotatably connected to the housing , and the motor rotor covers the motor stator ; a position encoder , disposed to the motor rotor ; a reducer , connected to the motor rotor , and configured to adjust a rotation speed output from the motor rotor ; and a motor driver , disposed on the housing , and electrically connected to the motor ; characterized in that the motor driver comprises an external interface , an external interface board and a drive board , wherein the drive board overlaps the external interface board and is electrically connected to the external interface , the drive board is electrically connected to the motor stator , and the external interface is disposed on a surface of the external interface board away from the drive board .
A patient interface , comprising: a body portion sized and shaped to surround the nose and/or mouth of a user and adapted to create at least a substantial seal with the user's face; a coupling that permits the patient interface to be coupled to a gas delivery system; a vent that allows the passage of gas from an interior of the body portion to an exterior of the body portion , the vent comprising a plurality of exit holes arranged in an array; and a textured / fibrous surface defined by a textured or fibrous media located in front of and facing the vent such that a fluid flow exiting the exit holes impinges on the media to reduce the fluid flow velocity and diffuse the fluid flow, the textured / fibrous surface positioned at a media distance (β) and providing a tortuous path for the fluid flow to pass through, wherein the media distance (β) is a distance between the exit of the exit holes and a distance from the exit holes at which the exiting fluid flow produces sound. a body portion sized and shaped to surround the nose and/or mouth of a user and adapted to create at least a substantial seal with the user's face; a coupling that permits the patient interface to be coupled to a gas delivery system; a vent that allows the passage of gas from an interior of the body portion to an exterior of the body portion , the vent comprising a plurality of exit holes arranged in an array; and a textured / fibrous surface defined by a textured or fibrous media located in front of and facing the vent such that a fluid flow exiting the exit holes impinges on the media to reduce the fluid flow velocity and diffuse the fluid flow, the textured / fibrous surface positioned at a media distance (β) and providing a tortuous path for the fluid flow to pass through, wherein the media distance (β) is a distance between the exit of the exit holes and a distance from the exit holes at which the exiting fluid flow produces sound.