mhurhangee/patent-ind-claim-en huggingface dataset:
A single molecule charge sensor device, comprising: a substrate ; a source ; a drain ; and a channel comprising a nanostructure ; wherein the source, drain and channel are formed over the substrate ; and wherein the channel forms an electrically conductive channel between the source and the drain; the nanostructure comprising an unmodified portion and a modified portion including localized doping by a dopant species, the modified portion having an increased trap state density relative to the unmodified portion, and the modified portion being functionalized with an active moiety ; and a gate terminal in electrical communication with the nanostructure . a substrate ; a source ; a drain ; and a channel comprising a nanostructure ; wherein the source, drain and channel are formed over the substrate ; and wherein the channel forms an electrically conductive channel between the source and the drain; the nanostructure comprising an unmodified portion and a modified portion including localized doping by a dopant species, the modified portion having an increased trap state density relative to the unmodified portion, and the modified portion being functionalized with an active moiety ; and a gate terminal in electrical communication with the nanostructure .
An ion sensor based on differential measurement comprising: - a substrate with connecting tracks ; - an electrode ; - a first ion-sensitive field-effect transistor with one gate , integrated in a first chip inserted in the substrate and linked to at least one connecting track of the connecting tracks ; - a second ion-sensitive field-effect transistor with one gate , integrated in a second chip inserted in the substrate and linked to at least one connecting track of the connecting tracks ; - a structure adhered on the first ion-sensitive field-effect transistor configured to create a micro-reservoir on the gate of the first ion-sensitive field-effect transistor ; - a first micro-channel connecting the micro-reservoir with the outside; and - an encapsulating material to isolate completely the connecting tracks and partially the first and the second ion-sensitive field-effect transistors , characterized in that the micro-reservoir and the first micro-channel make up a first unit totally or partially filled with a porous material , said porous material forming a first single body which covers entirely the gate of the first ion-sensitive field-effect transistor and at least the base of the first micro-channel , and configured to absorb a reference solution from the outside through the first micro-channel to the gate of the first ion-sensitive field-effect transistor , expelling or compressing the air inside the first unit. - a substrate with connecting tracks ; - an electrode ; - a first ion-sensitive field-effect transistor with one gate , integrated in a first chip inserted in the substrate and linked to at least one connecting track of the connecting tracks ; - a second ion-sensitive field-effect transistor with one gate , integrated in a second chip inserted in the substrate and linked to at least one connecting track of the connecting tracks ; - a structure adhered on the first ion-sensitive field-effect transistor configured to create a micro-reservoir on the gate of the first ion-sensitive field-effect transistor ; - a first micro-channel connecting the micro-reservoir with the outside; and - an encapsulating material to isolate completely the connecting tracks and partially the first and the second ion-sensitive field-effect transistors ,
A method of power management for use with a lighting facility , the lighting facility including: a lighting source coupled to a light switch, a controller and battery module , and a connection to an external power source , the method comprising: supplying power to a load of the lighting source from the external power source; subsequently, determining that the light switch is open and the external power source is not supplying power to the controller and battery module or the external power source is not supplying usable power to the controller and battery module ; transferring the power to the load from the external power source to a battery of the controller and battery module ; and supplying the power to the load of the lighting source from the battery, characterised in that : the transferring the power to the load from the external power source to a battery of the controller and battery module is carried out in response to the determining. a lighting source coupled to a light switch, a controller and battery module , and a connection to an external power source , supplying power to a load of the lighting source from the external power source; subsequently, determining that the light switch is open and the external power source is not supplying power to the controller and battery module or the external power source is not supplying usable power to the controller and battery module ; transferring the power to the load from the external power source to a battery of the controller and battery module ; and supplying the power to the load of the lighting source from the battery, characterised in that : the transferring the power to the load from the external power source to a battery of the controller and battery module is carried out in response to the determining. transferring the power to the load from the external power source to a battery of the controller and battery module ; and supplying the power to the load of the lighting source from the battery,
Method of making a ready-to-use catheter assembly characterized by the following steps: - Placing a catheter with an inactivated hydrophilic outer surface at least along its insertable length and a wetting medium (4; 33) having a high viscosity that does not allow the wetting medium (4; 33) to flow toward the hydrophilic outer surface of the catheter in a catheter package in such a manner that the wetting medium (4; 33) does not contact at least the hydrophilic outer surface of the catheter , - Treating the catheter package with the catheter and the wetting medium with electro-magnetic and/or particle radiation while at least initially the hydrophilic outer surface at least along the insertable length of the catheter remains substantially inactivated, - Activating the hydrophilic outer surface at least along the insertable length of the catheter with the wetting medium during and/or after the radiation treatment, wherein the wetting medium (4; 33) decreases in viscosity when submitted to electro-magnetic and/or particle radiation and flows within the catheter package to come into contact with and to thus activate the hydrophilic outer surface of the catheter . - Placing a catheter with an inactivated hydrophilic outer surface at least along its insertable length and a wetting medium (4; 33) having a high viscosity that does not allow the wetting medium (4; 33) to flow toward the hydrophilic outer surface of the catheter in a catheter package in such a manner that the wetting medium (4; 33) does not contact at least the hydrophilic outer surface of the catheter , - Treating the catheter package with the catheter and the wetting medium with electro-magnetic and/or particle radiation while at least initially the hydrophilic outer surface at least along the insertable length of the catheter remains substantially inactivated, - Activating the hydrophilic outer surface at least along the insertable length of the catheter with the wetting medium during and/or after the radiation treatment, wherein
A light directing article , comprising: a structured layer comprising multiple microstructured elements that is opposite a major surface ; an adhesive sealing layer having a first region and a second region wherein the second region is in contact with the structured layer ; and a barrier element at the first region; wherein the first region with the barrier element and second region have sufficiently different properties to form a low refractive index layer between the adhesive sealing layer and the structured layer ; wherein the barrier element comprises a crosslinked polymeric matrix having a modulus of elasticity less than 4.8 GPa. a structured layer comprising multiple microstructured elements that is opposite a major surface ; an adhesive sealing layer having a first region and a second region wherein the second region is in contact with the structured layer ; and a barrier element at the first region; wherein the first region with the barrier element and second region have sufficiently different properties to form a low refractive index layer between the adhesive sealing layer and the structured layer ; wherein the barrier element comprises a crosslinked polymeric matrix having a modulus of elasticity less than 4.8 GPa.
Breaking device (1; 1') for breaking an electric current, with separable electrical contacts and air breaking, the device comprising: - a breaking assembly which can be switched between an open state allowing an electric current to flow within the device and a closed state preventing the flow of the electric current; - a control mechanism for controlling the switching of the breaking assembly between its open and closed states, the control mechanism comprising a triggering member (42; 42') arranged to trigger the switching of the breaking assembly to the open state when the triggering member (42; 42') is displaced from a rest position to a triggering position; - a housing inside which there are housed the breaking assembly and the control mechanism , and which has lateral walls (51, 52; 51', 52'); the breaking device (1; 1') being characterised in that : - the lateral walls (51, 52; 51', 52') are resiliently deformable, from a rest state to a deformed state, when the pressure prevailing inside the housing increases; - one of the lateral walls (52; 52') has, on its inside face , a rigid protuberance (53; 53') extending towards the inside of the housing perpendicularly to that inside face , so that the deformation of said lateral wall (52; 52') causes a displacement of the protuberance (53; 53') from a first position to a second position; - the protuberance (53; 53') is arranged relative to the triggering member so that its displacement to the second position causes the displacement of the triggering member (42; 42') from the rest position to the triggering position. - a breaking assembly which can be switched between an open state allowing an electric current to flow within the device and a closed state preventing the flow of the electric current; - a control mechanism for controlling the switching of the breaking assembly between its open and closed states, the control mechanism comprising a triggering member (42; 42') arranged to trigger the switching of the breaking assembly to the open state when the triggering member (42; 42') is displaced from a rest position to a triggering position; - a housing inside which there are housed the breaking assembly and the control mechanism , and which has lateral walls (51, 52; 51', 52'); - the lateral walls (51, 52; 51', 52') are resiliently deformable, from a rest state to a deformed state, when the pressure prevailing inside the housing increases; - one of the lateral walls (52; 52') has, on its inside face , a rigid protuberance (53; 53') extending towards the inside of the housing perpendicularly to that inside face , so that the deformation of said lateral wall (52; 52') causes a displacement of the protuberance (53; 53') from a first position to a second position; - the protuberance (53; 53') is arranged relative to the triggering member so that its displacement to the second position causes the displacement of the triggering member (42; 42') from the rest position to the triggering position.
An electrophysiology catheter, comprising: an elongated catheter shaft having a first lumen ; a balloon distal of the catheter shaft, the balloon having a distal end and a proximal end defining a longitudinal axis, the balloon including a membrane and a contact electrode supported on an outer surface of the membrane, the membrane defining an interior of the balloon; an irrigation tubing extending through the first lumen of the catheter shaft, the irrigation tubing having a second lumen, the irrigation tubing having a distal end terminating generally at the proximal end of the balloon; and an elongated expander having a first portion extending through the second lumen of the irrigation tubing, and a second portion extending through the proximal end of the balloon and into the interior of the balloon, the expander having a distal end coupled to the distal end of the balloon, the expander being longitudinally movable relative to the catheter shaft to move the distal end of the balloon in changing a configuration of the balloon, wherein the balloon further comprises a plurality of support spines extending longitudinally along the outer surface of the membrane of the balloon, characterised in that the support spines are made of a material with shape-memory and are pre-shaped with a curvature to ensure that the balloon assumes a generally spherical configuration. an elongated catheter shaft having a first lumen ; a balloon distal of the catheter shaft, the balloon having a distal end and a proximal end defining a longitudinal axis, the balloon including a membrane and a contact electrode supported on an outer surface of the membrane, the membrane defining an interior of the balloon; an irrigation tubing extending through the first lumen of the catheter shaft, the irrigation tubing having a second lumen, the irrigation tubing having a distal end terminating generally at the proximal end of the balloon; and an elongated expander having a first portion extending through the second lumen of the irrigation tubing, and a second portion extending through the proximal end of the balloon and into the interior of the balloon, the expander having a distal end coupled to the distal end of the balloon, the expander being longitudinally movable relative to the catheter shaft to move the distal end of the balloon in changing a configuration of the balloon, wherein the balloon further comprises a plurality of support spines extending longitudinally along the outer surface of the membrane of the balloon, characterised in that the support spines are made of a material with shape-memory and are pre-shaped with a curvature to ensure that the balloon assumes a generally spherical configuration.
Support device for a detection element , said support device comprising: - a fastening support comprising: - a substantially flat support part , - a fastening part comprising two inclined, substantially flat walls that are connected by a connecting edge , said fastening part being connected to an edge of the support part parallel to the connecting edge , said fastening part being provided with fastening elements intended to fasten the fastening support to a structural element of a motor vehicle, - an open protective casing that is intended to receive the detection element and comprises a substantially flat end wall surrounded by side walls (21a-21d) substantially perpendicular to the end wall, the latter being pressed against the support part , - assembly elements for assembling the protective casing on the fastening support, in particular in a chosen position that is not predetermined. - a fastening support comprising: - a substantially flat support part , - a fastening part comprising two inclined, substantially flat walls that are connected by a connecting edge , said fastening part being connected to an edge of the support part parallel to the connecting edge , said fastening part being provided with fastening elements intended to fasten the fastening support to a structural element of a motor vehicle, - a substantially flat support part , - a fastening part comprising two inclined, substantially flat walls that are connected by a connecting edge , said fastening part being connected to an edge of the support part parallel to the connecting edge , said fastening part being provided with fastening elements intended to fasten the fastening support to a structural element of a motor vehicle, - an open protective casing that is intended to receive the detection element and comprises a substantially flat end wall surrounded by side walls (21a-21d) substantially perpendicular to the end wall, the latter being pressed against the support part , - assembly elements for assembling the protective casing on the fastening support, in particular in a chosen position that is not predetermined.
A method performed by a first network node , the method comprising: - receiving , from a wireless device , a request to resume a connection with the first network node ; - sending a handover request to a second network node in response to receiving the resume request; - in response to receiving an acknowledgement for the handover request, from the second network node , sending a response to the wireless device for indicating a handover of the wireless device to the second network node . - receiving , from a wireless device , a request to resume a connection with the first network node ; - sending a handover request to a second network node in response to receiving the resume request; - in response to receiving an acknowledgement for the handover request, from the second network node , sending a response to the wireless device for indicating a handover of the wireless device to the second network node .
An uplink information sending method, comprising: obtaining , by an apparatus, downlink control information, DCI, and downlink data, wherein the DCI carries indication information for sending uplink information, the uplink information is used to indicate whether the apparatus receives the downlink data correctly; and sending , by the apparatus, the uplink information according to the indication information carried in the DCI and an uplink modulation and coding scheme, MCS, which is preset in the apparatus, further comprising: obtaining, by the apparatus, through a radio resource control, RRC, signaling, a quantity of repetition times for sending the uplink information; and wherein the sending , by the apparatus, the uplink information according to the indication information carried in the DCI and the MCS comprises: sending , by the apparatus, the uplink information according to the indication information carried in the DCI, the quantity of repetition times for sending the uplink information and the MCS, wherein the indication information carried in the DCI comprises time information, wherein the time information is used to indicate a time at which the apparatus sends the uplink information. obtaining , by an apparatus, downlink control information, DCI, and downlink data, wherein the DCI carries indication information for sending uplink information, the uplink information is used to indicate whether the apparatus receives the downlink data correctly; and sending , by the apparatus, the uplink information according to the indication information carried in the DCI and an uplink modulation and coding scheme, MCS, which is preset in the apparatus, further comprising: obtaining, by the apparatus, through a radio resource control, RRC, signaling, a quantity of repetition times for sending the uplink information; and wherein the sending , by the apparatus, the uplink information according to the indication information carried in the DCI and the MCS comprises: sending , by the apparatus, the uplink information according to the indication information carried in the DCI, the quantity of repetition times for sending the uplink information and the MCS, wherein the indication information carried in the DCI comprises time information, wherein the time information is used to indicate a time at which the apparatus sends the uplink information. obtaining, by the apparatus, through a radio resource control, RRC, signaling, a quantity of repetition times for sending the uplink information; and wherein the sending , by the apparatus, the uplink information according to the indication information carried in the DCI and the MCS comprises: sending , by the apparatus, the uplink information according to the indication information carried in the DCI, the quantity of repetition times for sending the uplink information and the MCS, wherein the indication information carried in the DCI comprises time information, wherein the time information is used to indicate a time at which the apparatus sends the uplink information.
A compound for use in the treatment of ischemic injury in the central nervous system, wherein the compound comprises a caspase inhibitor covalently conjugated to a cell-penetrating peptide and wherein the compound is administered intranasally, wherein said caspase inhibitor is selected from the group consisting of: (i) a caspase-6 dominant negative (C6DN), (ii) XBIR3, and (iii) a peptide that is capable of apoptotic target inhibition and has at least 70% homology with either a C6DN or a XBIR3; and said cell-penetrating peptide is selected from the group consisting of penetratin-1, transportan, pIS1, Tat(48-60), pVEC, MAP, and MTS. (i) a caspase-6 dominant negative (C6DN), (ii) XBIR3, and (iii) a peptide that is capable of apoptotic target inhibition and has at least 70% homology with either a C6DN or a XBIR3; and
A device for producing a tubular container that can be filled with granular, pulverulent, pourable and free-flowing materials, wherein the container consists of webs made of geotextile material, wherein the device comprises a displaceable frame with at least one unwindable geotextile web , wherein the frame comprises a filling trough with an outlet hopper for the material, wherein the filling trough has a conveying device for the filled material, with said conveying device acting opposite to a moving direction of the frame , and wherein the material can during the advance of the frame be surrounded by means of the unwindable geotextile web in an enveloping manner at a rear end of the filling trough in the region of the outlet hopper in order to form a tube , characterized in that the conveying device comprises an additional unwindable geotextile web at a front end of the filling trough , with said additional geotextile web being guided in the filling trough during the advance of the frame in such a way that the additional geotextile web can respectively discharge material lying thereon or filled material from the frame opposite to the advance motion.