mhurhangee/patent-ind-claim-en huggingface dataset:
A medical fluid container assembling system , comprising: At least one coiled catheter pallet for supporting a coiled catheter , the coiled catheter pallet being provided with a catheter tip receiving portion for receiving a catheter tip portion of the coiled catheter ; a coiled catheter preparation unit configured to place the coiled catheter on the coiled catheter pallet in a predetermined posture, and cause the catheter tip portion of the coiled catheter to extend a predetermined length beyond the catheter tip receiving portion ; at least one container body pallet for supporting a container body , the container body pallet being provided with a container tube receiving portion for receiving the container tube of the container body ; a container body preparation unit configured to place the container body on the container body pallet in a predetermined posture, and cause the container tube of the container body to extend a predetermined length beyond the container tube receiving portion ; a container tube expander configured to expand at least a portion of the container tube ; a catheter tip gluing device configured to apply adhesive on a predetermined area of the catheter tip portion ; and an assembling mechanism configured to align the catheter tip portion applied with adhesive with an at least partially expanded container tube, and insert the catheter tip portion into the container tube to a predetermined depth. At least one coiled catheter pallet for supporting a coiled catheter , the coiled catheter pallet being provided with a catheter tip receiving portion for receiving a catheter tip portion of the coiled catheter ; a coiled catheter preparation unit configured to place the coiled catheter on the coiled catheter pallet in a predetermined posture, and cause the catheter tip portion of the coiled catheter to extend a predetermined length beyond the catheter tip receiving portion ; at least one container body pallet for supporting a container body , the container body pallet being provided with a container tube receiving portion for receiving the container tube of the container body ; a container body preparation unit configured to place the container body on the container body pallet in a predetermined posture, and cause the container tube of the container body to extend a predetermined length beyond the container tube receiving portion ; a container tube expander configured to expand at least a portion of the container tube ; a catheter tip gluing device configured to apply adhesive on a predetermined area of the catheter tip portion ; and an assembling mechanism configured to align the catheter tip portion applied with adhesive with an at least partially expanded container tube, and insert the catheter tip portion into the container tube to a predetermined depth.
A thin film transistor array substrate comprising: a substrate ; a first signal line formed above the substrate ; a second signal line , wherein the first signal line and the second signal line define a functional region corresponding to at least one thin film transistor; and a thin film transistor formed above the substrate , thin film transistor comprises an active layer , and the active layer of the thin film transistor and the first signal line are located in different layers above the substrate ; wherein projections of the active layer of the thin film transistor and the first signal line on a plane where the substrate is located overlap with each other at at least two positions; the active layer of the thin film transistor comprises: an active layer overlapping section and the active layer overlapping section overlaps with the projection of the first signal line on the plane where the substrate is located; the active layer overlapping section crossing the first signal line forms a first channel portion and a second channel portion of the thin film transistor, which are located at either side of the second signal line ; characterized in that a section of the second signal line located at a side of the functional region is formed as a signal line shifting section ; the signal line shifting section shifts in a direction perpendicular to a general extending direction of the second signal line by a preset distance and the first channel portion and the second channel portion of the thin film transistor are located at either side of the signal line shifting section . a substrate ; a first signal line formed above the substrate ; a second signal line , wherein the first signal line and the second signal line define a functional region corresponding to at least one thin film transistor; and a thin film transistor formed above the substrate , thin film transistor comprises an active layer , and the active layer of the thin film transistor and the first signal line are located in different layers above the substrate ; wherein projections of the active layer of the thin film transistor and the first signal line on a plane where the substrate is located overlap with each other at at least two positions; the active layer of the thin film transistor comprises: an active layer overlapping section and the active layer overlapping section overlaps with the projection of the first signal line on the plane where the substrate is located; the active layer overlapping section crossing the first signal line forms a first channel portion and a second channel portion of the thin film transistor, which are located at either side of the second signal line ; a section of the second signal line located at a side of the functional region is formed as a signal line shifting section ; the signal line shifting section shifts in a direction perpendicular to a general extending direction of the second signal line by a preset distance and the first channel portion and the second channel portion of the thin film transistor are located at either side of the signal line shifting section .
A communication method, comprising: receiving, by a radio terminal , UE, from a base station (200-1), information used for determining whether to transmit information on a predetermined period for requesting a sidelink gap to the base station (200-1); determining, by the radio terminal , whether to transmit the information on the predetermined period based on the information; and transmitting, by the radio terminal to the base station (200-1), a sidelink UE information message including the information on the predetermined period for requesting the sidelink gap, upon a determination to transmit the information on a predetermined period, wherein the sidelink gap is a gap for transmitting or receiving a discovery message for discovering a proximal terminal at a frequency of a neighbor cell, the information on the predetermined period is configured to identify a transmission period for transmitting the discovery message and a reception period for receiving the discovery message, and the communication method further comprises: receiving, by the radio terminal , configuration information for configuring the sidelink gap, from the base station (200-1), wherein the configuration information is based on the information on the predetermined period. receiving, by a radio terminal , UE, from a base station (200-1), information used for determining whether to transmit information on a predetermined period for requesting a sidelink gap to the base station (200-1); determining, by the radio terminal , whether to transmit the information on the predetermined period based on the information; and transmitting, by the radio terminal to the base station (200-1), a sidelink UE information message including the information on the predetermined period for requesting the sidelink gap, upon a determination to transmit the information on a predetermined period, wherein the sidelink gap is a gap for transmitting or receiving a discovery message for discovering a proximal terminal at a frequency of a neighbor cell, the information on the predetermined period is configured to identify a transmission period for transmitting the discovery message and a reception period for receiving the discovery message, and the communication method further comprises: receiving, by the radio terminal , configuration information for configuring the sidelink gap, from the base station (200-1), wherein the configuration information is based on the information on the predetermined period. receiving, by the radio terminal , configuration information for configuring the sidelink gap, from the base station (200-1), wherein the configuration information is based on the information on the predetermined period.
A system for treating a patient, comprising: a delivery device sized for introduction into a target treatment site within a patient's body ; a source of one or more chemotherapy drugs coupled to the delivery device , the one or more chemotherapy drugs comprising particles sized for preferential transit into the lymphatic system; and a catheter comprising a proximal portion , a distal portion sized for introduction into the patient's body into a thoracic duct , an balloon on the distal portion for substantially sealing the thoracic duct from the patient's venous system, and a lumen extending between the proximal and distal portions for removing fluid from the thoracic duct including the particles transiting into the thoracic duct; characterized in that the delivery device and source comprise a syringe including a barrel defining an interior containing the one or more chemotherapy drugs , a needle coupled to the barrel , and a plunger slidable within the barrel for delivering the one or more chemotherapy drugs within the barrel through the needle into a patient's body via percutaneous access by sticking the needle through the patient's skin and intervening tissue directly into or adjacent to a tumor . a delivery device sized for introduction into a target treatment site within a patient's body ; a source of one or more chemotherapy drugs coupled to the delivery device , the one or more chemotherapy drugs comprising particles sized for preferential transit into the lymphatic system; and a catheter comprising a proximal portion , a distal portion sized for introduction into the patient's body into a thoracic duct , an balloon on the distal portion for substantially sealing the thoracic duct from the patient's venous system, and a lumen extending between the proximal and distal portions for removing fluid from the thoracic duct including the particles transiting into the thoracic duct; characterized in that the delivery device and source comprise a syringe including a barrel defining an interior containing the one or more chemotherapy drugs , a needle coupled to the barrel , and a plunger slidable within the barrel for delivering the one or more chemotherapy drugs within the barrel through the needle into a patient's body via percutaneous access by sticking the needle through the patient's skin and intervening tissue directly into or adjacent to a tumor .
A gas turbine combustor comprising: a combustion liner ; an outer casing disposed on an outer peripheral side of the combustion liner ; and an annular passage , formed between the combustion liner and the outer casing , configured to allow a heat-transfer medium to flow therethrough, wherein the combustion liner has a circularity recess on a side of the annular passage , wherein the circularity recess has a surface forming a convex at a right angle with respect to a flowing direction of the heat-transfer medium and is configured to form a circularity concave portion on an inner peripheral side of the combustion liner , wherein the concave portion is further configured to form a circulating flow therein by part of the combustion gas , characterized in that the circularity recess has a cross section in a rectangular triangle shape along the flowing direction of the heat-transfer medium. a combustion liner ; an outer casing disposed on an outer peripheral side of the combustion liner ; and an annular passage , formed between the combustion liner and the outer casing , configured to allow a heat-transfer medium to flow therethrough, wherein the combustion liner has a circularity recess on a side of the annular passage , wherein the circularity recess has a surface forming a convex at a right angle with respect to a flowing direction of the heat-transfer medium and is configured to form a circularity concave portion on an inner peripheral side of the combustion liner , wherein the concave portion is further configured to form a circulating flow therein by part of the combustion gas , characterized in that the circularity recess has a cross section in a rectangular triangle shape along the flowing direction of the heat-transfer medium.
A front bumper system for a vehicle , said front bumper system comprising: a pair of front side members arranged along a front-rear direction of the vehicle, said pair of front side members being arranged on opposite sides of said vehicle and on opposite sides of a cross member structure of the vehicle; a pair of crash box units , wherein one of the crash box units is mechanically fixated to one of said front side members, and the other one of said crash box units being mechanically fixated to the other one of the front side members, said crash box units being configured to absorb collision energy by being deformed in the event of a collision; a front bumper laterally disposed with respect to said front-rear direction of the vehicle and mechanically fixated to each of the crash box units, and a lateral push element mechanically fixed to one of said crash box units and protruding in a lateral direction from said crash box unit with respect to said front-rear direction of said vehicle and towards the side of the vehicle at which the crash box unit is arranged, said lateral push element being mechanically fixated only to said crash box unit, said lateral push element being arranged to, in the event of a collision, provide a load transfer path for transferring a load, via said cross member structure towards the opposing front side member, whereby at least the front side member on the side of the lateral push element is adapted to move in response to said load transfer towards the opposing front side. a pair of front side members arranged along a front-rear direction of the vehicle, said pair of front side members being arranged on opposite sides of said vehicle and on opposite sides of a cross member structure of the vehicle; a pair of crash box units , wherein one of the crash box units is mechanically fixated to one of said front side members, and the other one of said crash box units being mechanically fixated to the other one of the front side members, said crash box units being configured to absorb collision energy by being deformed in the event of a collision; a front bumper laterally disposed with respect to said front-rear direction of the vehicle and mechanically fixated to each of the crash box units, and a lateral push element mechanically fixed to one of said crash box units and protruding in a lateral direction from said crash box unit with respect to said front-rear direction of said vehicle and towards the side of the vehicle at which the crash box unit is arranged, said lateral push element being mechanically fixated only to said crash box unit, said lateral push element being arranged to, in the event of a collision, provide a load transfer path for transferring a load, via said cross member structure towards the opposing front side member, whereby at least the front side member on the side of the lateral push element is adapted to move in response to said load transfer towards the opposing front side.
A method for growing an epitaxial III-V layer on a substrate, the method comprising: in a pre-clean chamber, and while the substrate is at a first temperature, T 1 , exposing the substrate to a plasma, products of plasma decomposition, or both the plasma and the products of plasma decomposition so as to remove native oxide from the substrate and form a passivation layer on the substrate, wherein T 1 is greater than room temperature; wherein the passivation layer comprises a hydrogen terminated surface; in an oxygen-free environment, (a) transferring the substrate from the pre-clean chamber to a deposition chamber, and (b) cooling the substrate from T 1 to a second temperature, T 2 ; and in the deposition chamber, (a) heating the substrate from T 2 to a third temperature, T 3 , so as to remove the passivation layer on the substrate, by injecting a group V-precursor into the deposition chamber, wherein a transformation of the termination of the surface takes place, and (b) growing the epitaxial III-V layer on the substrate, wherein 50°C < T 3 < 700°C. in a pre-clean chamber, and while the substrate is at a first temperature, T 1 , exposing the substrate to a plasma, products of plasma decomposition, or both the plasma and the products of plasma decomposition so as to remove native oxide from the substrate and form a passivation layer on the substrate, wherein T 1 is greater than room temperature; wherein the passivation layer comprises a hydrogen terminated surface; in an oxygen-free environment, (a) transferring the substrate from the pre-clean chamber to a deposition chamber, and (b) cooling the substrate from T 1 to a second temperature, T 2 ; and in the deposition chamber, (a) heating the substrate from T 2 to a third temperature, T 3 , so as to remove the passivation layer on the substrate, by injecting a group V-precursor into the deposition chamber, wherein a transformation of the termination of the surface takes place,
A method of sensing excessive sleep current draw in a battery-powered device having a microcontroller, the method comprising: measuring a voltage drop across a device coupled in series between the battery and the microcontroller; causing a transistor to conduct when the voltage drop exceeds a predetermined threshold to generate a first trigger signal; integrating the first trigger signal to generate a second trigger signal; and generating an interrupt to the microcontroller in response to the second trigger signal. measuring a voltage drop across a device coupled in series between the battery and the microcontroller; causing a transistor to conduct when the voltage drop exceeds a predetermined threshold to generate a first trigger signal; integrating the first trigger signal to generate a second trigger signal; and generating an interrupt to the microcontroller in response to the second trigger signal.
A system for determining a state of health of an energy storage device , the system comprising: a signal generator circuit configured to generate and apply an excitation signal to at least one cell of the energy storage device ; a first capacitive gain amplifier circuit coupled with the signal generator circuit and configured to generate a first output signal in response to the excitation signal, the first capacitive gain amplifier circuit including a first inverting input terminal; a control circuit configured to control operation of a first switch element coupled with the first inverting input terminal to control a DC bias voltage; and a back-end circuit configured to use the first output signal of the first capacitive gain amplifier circuit to determine a characteristic of the energy storage device that represents the state of health of the energy storage device. a signal generator circuit configured to generate and apply an excitation signal to at least one cell of the energy storage device ; a first capacitive gain amplifier circuit coupled with the signal generator circuit and configured to generate a first output signal in response to the excitation signal, the first capacitive gain amplifier circuit including a first inverting input terminal; a control circuit configured to control operation of a first switch element coupled with the first inverting input terminal to control a DC bias voltage; and a back-end circuit configured to use the first output signal of the first capacitive gain amplifier circuit to determine a characteristic of the energy storage device that represents the state of health of the energy storage device.
An attachable needle assembly for use on a medication delivery pen , the needle assembly comprising: a housing enclosing: a hub that is configured to engage the medication delivery pen ; a needle guide comprising a plurality of curvilinear paths , the needle guide supporting a plurality of needles configured to simultaneously pierce a reservoir septum of the medication delivery pen ; a selection ring insert including a follower that engages the plurality of curvilinear paths to rotate and identify which needle of the plurality of needles is to be selected; and a selection ring rotationally fixed to the selection ring insert , the selection ring aligning with the selected needle and applying a force to expose a distal end of the selected needle , wherein when the housing is in a first position, the distal ends of the plurality of needles are not exposed, and when the housing is in a second position, the distal end of the selected needle is exposed for medicament delivery. a hub that is configured to engage the medication delivery pen ; a needle guide comprising a plurality of curvilinear paths , the needle guide supporting a plurality of needles configured to simultaneously pierce a reservoir septum of the medication delivery pen ; a selection ring insert including a follower that engages the plurality of curvilinear paths to rotate and identify which needle of the plurality of needles is to be selected; and a selection ring rotationally fixed to the selection ring insert , the selection ring aligning with the selected needle and applying a force to expose a distal end of the selected needle , wherein when the housing is in a first position, the distal ends of the plurality of needles are not exposed, and when the housing is in a second position, the distal end of the selected needle is exposed for medicament delivery.
A composition comprising: (a) a nonaqueous, liquid carrier; (b) an inhibitor compound selected from urease inhibitors, nitrification inhibitors, and mixtures thereof; and (c) a colorant composition comprising: (i) an azo colorant selected from (i) azo colorants comprising a polyoxyalkylene polymer chain covalently bound to the azo chromophore, and (ii) azo colorants comprising a quaternary ammonium counterion having at least one polyoxyalkylene polymer chain covalently bound to the ammonium nitrogen; and (ii) 1-60 wt.-% of water. (a) a nonaqueous, liquid carrier; (b) an inhibitor compound selected from urease inhibitors, nitrification inhibitors, and mixtures thereof; and (c) a colorant composition comprising: (i) an azo colorant selected from (i) azo colorants comprising a polyoxyalkylene polymer chain covalently bound to the azo chromophore, and (ii) azo colorants comprising a quaternary ammonium counterion having at least one polyoxyalkylene polymer chain covalently bound to the ammonium nitrogen; and (ii) 1-60 wt.-% of water. (i) an azo colorant selected from (i) azo colorants comprising a polyoxyalkylene polymer chain covalently bound to the azo chromophore, and (ii) azo colorants comprising a quaternary ammonium counterion having at least one polyoxyalkylene polymer chain covalently bound to the ammonium nitrogen; and (ii) 1-60 wt.-% of water.