mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a wireless device , the method comprising: obtaining a window of time for bundling of a set of uplink transmissions on a bandwidth part, wherein the bundling is for keeping power consistency and phase continuity, wherein the bundling is demodulation reference signal, DMRS, bundling; determining whether or not to apply a timing advance adjustment within the window of time, wherein the timing advance adjustment comprises an adjustment to a transmission timing of an uplink transmission in the set of uplink transmissions; and transmitting the uplink transmission on the bandwidth part during the window of time using a transmission timing which is in accordance with said determining, wherein said determining comprises: determining to apply the timing advance adjustment within the window of time if the timing advance adjustment is indicated by a received timing advance command ; and determining to not apply the timing advance adjustment within the window of time if the timing advance adjustment is due to a detected error in downlink timing. obtaining a window of time for bundling of a set of uplink transmissions on a bandwidth part, wherein the bundling is for keeping power consistency and phase continuity, wherein the bundling is demodulation reference signal, DMRS, bundling; determining whether or not to apply a timing advance adjustment within the window of time, wherein the timing advance adjustment comprises an adjustment to a transmission timing of an uplink transmission in the set of uplink transmissions; and transmitting the uplink transmission on the bandwidth part during the window of time using a transmission timing which is in accordance with said determining, wherein said determining comprises: determining to apply the timing advance adjustment within the window of time if the timing advance adjustment is indicated by a received timing advance command ; and determining to not apply the timing advance adjustment within the window of time if the timing advance adjustment is due to a detected error in downlink timing. determining to apply the timing advance adjustment within the window of time if the timing advance adjustment is indicated by a received timing advance command ; and determining to not apply the timing advance adjustment within the window of time if the timing advance adjustment is due to a detected error in downlink timing.
A process for the epoxidation of propene comprising the steps a) reacting propene with hydrogen peroxide in the presence of a methanol solvent and a shaped titanium zeolite epoxidation catalyst in a fixed bed reactor to provide a reaction mixture, b) separating from the reaction mixture of step a) a crude propene oxide and a solvent mixture comprising methanol and water, c) separating the solvent mixture of step b) in at least one distillation stage, providing a recovered methanol as an overhead product, d) passing the recovered methanol of step c) through a bed of an acidic ion exchange resin, providing a treated methanol, and e) recycling the treated methanol of step d) as methanol solvent to step a), wherein said bed of an acidic ion exchange resin is periodically regenerated by passing a solution of a regenerating acid through said resin bed to provide a regenerated bed of ion exchange resin and said regenerated bed of ion exchange resin is washed by passing methanol through said regenerated bed of ion exchange resin until the methanol exiting the resin bed has an apparent pH higher than 2.0 before the regenerated bed of ion exchange resin is reused in step d). a) reacting propene with hydrogen peroxide in the presence of a methanol solvent and a shaped titanium zeolite epoxidation catalyst in a fixed bed reactor to provide a reaction mixture, b) separating from the reaction mixture of step a) a crude propene oxide and a solvent mixture comprising methanol and water, c) separating the solvent mixture of step b) in at least one distillation stage, providing a recovered methanol as an overhead product, d) passing the recovered methanol of step c) through a bed of an acidic ion exchange resin, providing a treated methanol, and e) recycling the treated methanol of step d) as methanol solvent to step a), wherein said bed of an acidic ion exchange resin is periodically regenerated by passing a solution of a regenerating acid through said resin bed to provide a regenerated bed of ion exchange resin and said regenerated bed of ion exchange resin is washed by passing methanol through said regenerated bed of ion exchange resin until the methanol exiting the resin bed has an apparent pH higher than 2.0 before the regenerated bed of ion exchange resin is reused in step d).
An ostomy output diversion device comprising; a base ring ; an outer frame member attached to said base ring ; a hollow inner tube positioned inside said outer frame member ; wherein said inner tube includes a first opening for receiving effluent from a stoma and includes a second opening for drainage of effluent characterized by said inner tube being slidable in a longitudinal direction with respect to said outer frame, so that said inner tube is linearly adjustable toward and away from said stoma; and said second opening further including an inner tube adapter for receiving a drainage channel. a base ring ; an outer frame member attached to said base ring ; a hollow inner tube positioned inside said outer frame member ; wherein said inner tube includes a first opening for receiving effluent from a stoma and includes a second opening for drainage of effluent characterized by said inner tube being slidable in a longitudinal direction with respect to said outer frame, so that said inner tube is linearly adjustable toward and away from said stoma; and said second opening further including an inner tube adapter for receiving a drainage channel.
A housing for a power semiconductor module arrangement comprises sidewalls and a lid, wherein the lid comprises: a first layer of a first material comprising a plurality of openings ; and a second layer of a second material that is different from the first material, wherein the second layer completely covers a bottom surface of the first layer , and the second layer comprises a plurality of protrusions, each protrusion extending into a different one of the plurality of openings of the first layer such that each of the plurality of openings is completely covered by one of the protrusions, wherein each protrusion of the second layer forms a membrane , each membrane covering one of the openings of the first layer , thereby sealing the openings of the first layer to prevent air, moisture and corrosive gases from entering the inside of the housing , and each membrane is configured to allow a terminal element to easily penetrate through the membrane when inserting a terminal element through the opening . a first layer of a first material comprising a plurality of openings ; and a second layer of a second material that is different from the first material, wherein the second layer completely covers a bottom surface of the first layer , and the second layer comprises a plurality of protrusions, each protrusion extending into a different one of the plurality of openings of the first layer such that each of the plurality of openings is completely covered by one of the protrusions, wherein each protrusion of the second layer forms a membrane , each membrane covering one of the openings of the first layer , thereby sealing the openings of the first layer to prevent air, moisture and corrosive gases from entering the inside of the housing , and each membrane is configured to allow a terminal element to easily penetrate through the membrane when inserting a terminal element through the opening .
A method for wireless communication by a base station, BS, comprising: receiving a request, from a user equipment, UE, to participate in at least one of an uplink or a downlink UE positioning procedure ; participating in an uplink or a downlink UE positioning procedure with at least one UE in a network based on a request from the at least one UE, the method being characterized by that participating comprises receiving the request using at least one of a message 1, MSG 1, or a message 3, MSG 3, and transmitting a downlink, DL, positioning reference signal, PRS, based on the request whereby the MSG 1 is sent requesting the DL PRS using a physical random access channel, PRACH, and the MSG 3 is sent requesting the DL PRS using a physical uplink shared channel, PUSCH; transmitting an indication that at least one of the uplink or downlink LTE positioning procedure is supported by the base station and other base stations in the network ; and transmitting a configuration on-demand for the at least one of the uplink or downlink UE positioning procedure based on the request . receiving a request, from a user equipment, UE, to participate in at least one of an uplink or a downlink UE positioning procedure ; participating in an uplink or a downlink UE positioning procedure with at least one UE in a network based on a request from the at least one UE, the method being characterized by that participating comprises receiving the request using at least one of a message 1, MSG 1, or a message 3, MSG 3, and transmitting a downlink, DL, positioning reference signal, PRS, based on the request whereby the MSG 1 is sent requesting the DL PRS using a physical random access channel, PRACH, and the MSG 3 is sent requesting the DL PRS using a physical uplink shared channel, PUSCH; transmitting an indication that at least one of the uplink or downlink LTE positioning procedure is supported by the base station and other base stations in the network ; and transmitting a configuration on-demand for the at least one of the uplink or downlink UE positioning procedure based on the request .
An external drive implantation apparatus for bendable collar implants, the apparatus comprising: a bendable-collar implant forming a male fastener , constructed as a rigid and integral unity including an implant screw , a proximal male head drive , a distal male screw-top drive , and a collar which is disposed intermediate the male drives , said distal male screw-top drive being disposed proximal to the implant screw , characterized in that the apparatus further comprises a drive tool forming a female driver , constructed as a rigid and integral unit including a backbone disposed intermediate a proximal female head drive and a distal female screw-top drive , wherein the proximal and distal female drives are configured to be operative in mutual association with the proximal and distal male drives ; whereby an implantation torque applied by the female drive tool onto the male fastener torques the male drives and the implant screw , thereby averting torque of the collar . a bendable-collar implant forming a male fastener , constructed as a rigid and integral unity including an implant screw , a proximal male head drive , a distal male screw-top drive , and a collar which is disposed intermediate the male drives , said distal male screw-top drive being disposed proximal to the implant screw , characterized in that the apparatus further comprises a drive tool forming a female driver , constructed as a rigid and integral unit including a backbone disposed intermediate a proximal female head drive and a distal female screw-top drive , wherein the proximal and distal female drives are configured to be operative in mutual association with the proximal and distal male drives ; whereby an implantation torque applied by the female drive tool onto the male fastener torques the male drives and the implant screw , thereby averting torque of the collar .
An anti-slip device for a cargo floor of a cargo space of a truck or trailer, said cargo floor having a top face arranged for supporting goods , wherein the anti-slip device comprises: - a gutter section having two upright side walls , said gutter section being configured to be embedded in the cargo floor; - a cover which is removably mounted to the side walls of the gutter section and comprises a plurality of openings , said cover having a top face configured to form part of the top face of the cargo floor; - a plurality of platelike anti-slip elements located in said openings and having a top face configured to form part of the top face of the cargo floor; - one or more upward and downward slidable elements onto which the plurality of anti-slip elements are mounted, said slidable elements having a lowered position in which the anti-slip elements do not protrude above the top face of the cover , and a raised position in which the anti-slip elements protrude above the top face of the cover , said lowered position being defined by a first stop for the slidable elements and said raised position being defined by a second stop for the slidable elements ; and - a pneumatic inflatable air hose positioned between the gutter section and the slidable elements and configured for moving the slidable elements up and down , said air hose having a deflated state in which the slidable elements abut against said first stop and an inflated state in which the slidable elements abut against said second stop. - a gutter section having two upright side walls , said gutter section being configured to be embedded in the cargo floor; - a cover which is removably mounted to the side walls of the gutter section and comprises a plurality of openings , said cover having a top face configured to form part of the top face of the cargo floor; - a plurality of platelike anti-slip elements located in said openings and having a top face configured to form part of the top face of the cargo floor; - one or more upward and downward slidable elements onto which the plurality of anti-slip elements are mounted, said slidable elements having a lowered position in which the anti-slip elements do not protrude above the top face of the cover , and a raised position in which the anti-slip elements protrude above the top face of the cover , said lowered position being defined by a first stop for the slidable elements and said raised position being defined by a second stop for the slidable elements ; and - a pneumatic inflatable air hose positioned between the gutter section and the slidable elements and configured for moving the slidable elements up and down , said air hose having a deflated state in which the slidable elements abut against said first stop and an inflated state in which the slidable elements abut against said second stop.
A humidity sensor semiconductor device , comprising: - a transducer which comprises a fringe capacitor having - at least two electrodes , and - a polymer having a top layer having a top surface , wherein the polymer is arranged between and above the at least two electrodes of the capacitor , wherein - the polymer is able to absorb water, - the top surface is arranged such that it is exposed to the environment of the sensor semiconductor device , and - at least a part of the top surface is superhydrophobic as a result of formed structures within the top layer , wherein - the size of the structures is at least 1 nm and at most 100 μm in lateral directions (x, y) which are parallel to the main plane of extension of the transducer , and at least 1 nm and at most 1 μm in vertical direction (z), which is perpendicular to the main plane of extension of the transducer , characterized in that - the top layer is laterally etched such that the angle between the top surface and the structures at the top surface is less than 90°. - a transducer which comprises a fringe capacitor having - at least two electrodes , and - a polymer having a top layer having a top surface , wherein the polymer is arranged between and above the at least two electrodes of the capacitor , wherein - at least two electrodes , and - a polymer having a top layer having a top surface , wherein the polymer is arranged between and above the at least two electrodes of the capacitor , wherein - the polymer is able to absorb water, - the top surface is arranged such that it is exposed to the environment of the sensor semiconductor device , and - at least a part of the top surface is superhydrophobic as a result of formed structures within the top layer , wherein - the size of the structures is at least 1 nm and at most 100 μm in lateral directions (x, y) which are parallel to the main plane of extension of the transducer , and at least 1 nm and at most 1 μm in vertical direction (z), which is perpendicular to the main plane of extension of the transducer , characterized in that - the top layer is laterally etched such that the angle between the top surface and the structures at the top surface is less than 90°.
A device for performing mechanical cardiopulmonary resuscitation on a patient comprising: a backboard ; a motor ; a piston support frame having two legs and a piston actuator housing , the piston support frame being secured to the backboard forming a channel between the two legs, the backboard and the piston actuator housing, wherein one of the two legs can be disengaged from a socket in the backboard; a piston operably housed within the piston actuator housing; an interface ; and a controller configured to control actuation and operation of the motor to effectuate cyclic extension and retraction of the piston against the patient's chest to perform chest compression and assisted decompression during mechanical cardiopulmonary resuscitation, wherein the controller and interface are integrated into the backboard . a backboard ; a motor ; a piston support frame having two legs and a piston actuator housing , the piston support frame being secured to the backboard forming a channel between the two legs, the backboard and the piston actuator housing, wherein one of the two legs can be disengaged from a socket in the backboard; a piston operably housed within the piston actuator housing; an interface ; and a controller configured to control actuation and operation of the motor to effectuate cyclic extension and retraction of the piston against the patient's chest to perform chest compression and assisted decompression during mechanical cardiopulmonary resuscitation, wherein the controller and interface are integrated into the backboard .
A system for managing a plurality of wind power plants WPPs each comprising a plurality of wind turbines, the system comprising: a central server in communication with a plurality of WPP servers through an external network , wherein each WPP server is associated with a corresponding WPP of the plurality of WPPs and is in communication with the plurality of wind turbines in the corresponding WPP through a private network , wherein the central server configured to: identify at least one maintenance activity to be performed based on event information associated with at least one wind turbine in a first WPP; generate a service operation request (SOR) message comprising an access request to the at least one wind turbine based on the identified maintenance activity; transmit the SOR message for approval, to an authentication unit ; and access the at least one wind turbine in the first WPP upon approval of the SOR message, wherein the access request comprises a command for controlling the at least one wind turbine identified by a wind turbine identifier in the SOR message, sent to a first WPP server associated with the first WPP by the central server over the external network . a central server in communication with a plurality of WPP servers through an external network , wherein each WPP server is associated with a corresponding WPP of the plurality of WPPs and is in communication with the plurality of wind turbines in the corresponding WPP through a private network , wherein the central server configured to: identify at least one maintenance activity to be performed based on event information associated with at least one wind turbine in a first WPP; generate a service operation request (SOR) message comprising an access request to the at least one wind turbine based on the identified maintenance activity; transmit the SOR message for approval, to an authentication unit ; and access the at least one wind turbine in the first WPP upon approval of the SOR message, identify at least one maintenance activity to be performed based on event information associated with at least one wind turbine in a first WPP; generate a service operation request (SOR) message comprising an access request to the at least one wind turbine based on the identified maintenance activity; transmit the SOR message for approval, to an authentication unit ; and access the at least one wind turbine in the first WPP upon approval of the SOR message, wherein the access request comprises a command for controlling the at least one wind turbine identified by a wind turbine identifier in the SOR message, sent to a first WPP server associated with the first WPP by the central server over the external network .
A finger motion aid, comprising: a rubber member for receiving a finger of a hand of a patient; a plastic cover ; a finger sleeve is provided at a front end of the rubber member , the finger sleeve has an open end, the finger of the patient can extend through the open end, and the finger motion aid can be removably secured on the finger by means of the finger sleeve; an elongated space, which is formed by a first bridge , a last bridge , a plurality of intermediate bridges and a plurality of grooves , is provided on a top face of the rubber member , and a chip is located in the elongated space; the width of the elongated space is greater than the width of the chip ; a back side of the rubber member has a curve radian that complements a shape of the finger; and the plastic cover is disposed on and fixedly connected to the rubber member , whereby the finger motion aid further comprises a controller electrically connected to the chip, characterized in that the chip in the rubber member is a flexible chip substantially coextensive in length with the rubber member , whereby the chip bends and stretches in response to a signal transmitted from the controller , the controller is electronically operable with a protective gear worn by a guide hand of a rehabilitation assistant, so that when fingers of the guide hand are bent and stretched, the chip in the rubber member drives the finger of the patient to bend and stretch along a length of the rubber member in synchrony with corresponding finger movement of the guide hand. a rubber member for receiving a finger of a hand of a patient; a plastic cover ; a finger sleeve is provided at a front end of the rubber member , the finger sleeve has an open end, the finger of the patient can extend through the open end, and the finger motion aid can be removably secured on the finger by means of the finger sleeve; an elongated space, which is formed by a first bridge , a last bridge , a plurality of intermediate bridges and a plurality of grooves , is provided on a top face of the rubber member , and a chip is located in the elongated space; the width of the elongated space is greater than the width of the chip ; a back side of the rubber member has a curve radian that complements a shape of the finger; and the plastic cover is disposed on and fixedly connected to the rubber member , whereby the finger motion aid further comprises a controller electrically connected to the chip, characterized in that the chip in the rubber member is a flexible chip substantially coextensive in length with the rubber member , whereby the chip bends and stretches in response to a signal transmitted from the controller , the controller is electronically operable with a protective gear worn by a guide hand of a rehabilitation assistant, so that when fingers of the guide hand are bent and stretched, the chip in the rubber member drives the finger of the patient to bend and stretch along a length of the rubber member in synchrony with corresponding finger movement of the guide hand.