mhurhangee/patent-ind-claim-en huggingface dataset:
A catalyst system, comprising: a support material selected from the group consisting of Al 2 O 3 , ZrO 2 , TiO 2 , SnO 2 , CeO 2 , SiO 2 , SiO 2 /Al 2 O 3 , and combinations thereof, the support material having an Al 2 O 3 content between 25 wt% and 50 wt% based on the total weight of the support material; and BF 3 , wherein the concentration of BF 3 is greater than 30 wt% based on the total weight of the catalyst system. a support material selected from the group consisting of Al 2 O 3 , ZrO 2 , TiO 2 , SnO 2 , CeO 2 , SiO 2 , SiO 2 /Al 2 O 3 , and combinations thereof, the support material having an Al 2 O 3 content between 25 wt% and 50 wt% based on the total weight of the support material; and BF 3 , wherein the concentration of BF 3 is greater than 30 wt% based on the total weight of the catalyst system.
An apparatus for automatic amplifier gain setting of an optical amplifier , said apparatus comprising: an optical channel counter, OCC, unit configured to detect a number of channels present in an optical transmission spectrum; a determination unit configured to determine an average power per channel calculated by dividing a measured total power of a signal input and/or signal output of the optical amplifier by the number of channels detected by said optical channel counter, OCC, unit ; and a gain adjustment unit configured to adjust the amplifier gain of said optical amplifier automatically depending on a calculated power difference between a predetermined desired power per channel and the determined average power per channel provided by said determination unit . an optical channel counter, OCC, unit configured to detect a number of channels present in an optical transmission spectrum; a determination unit configured to determine an average power per channel calculated by dividing a measured total power of a signal input and/or signal output of the optical amplifier by the number of channels detected by said optical channel counter, OCC, unit ; and a gain adjustment unit configured to adjust the amplifier gain of said optical amplifier automatically depending on a calculated power difference between a predetermined desired power per channel and the determined average power per channel provided by said determination unit .
A system for delivering multiple fluids to a patient, comprising at least first and second reservoirs , wherein each of the first and second reservoirs is configured to house a fluid and has a feature element associated therewith, wherein the feature element of the first reservoir is different than the feature element of the second reservoir , the system further characterized to include: an infusion pump configured to receive the first reservoir and the second reservoir , the infusion pump comprising: a pump housing with a first port and second port opening to at least a first reservoir slot and a second reservoir slot , respectively, within the infusion pump , characterised in that , each of the first port and the second port has a feature element associated therewith, wherein the feature element of the first port is different than the feature element of the second port ; a power source located within the pump housing and positioned between the first reservoir slot and the second reservoir slot , the first reservoir slot and the second reservoir slot of the infusion pump being laterally spaced apart from each other within the pump housing ; wherein the first port is configured to engage a first connector and wherein the second port is configured to engage a second connector ; wherein the first port is configured to not engage the second connector . an infusion pump configured to receive the first reservoir and the second reservoir , the infusion pump comprising: a pump housing with a first port and second port opening to at least a first reservoir slot and a second reservoir slot , respectively, within the infusion pump , characterised in that , each of the first port and the second port has a feature element associated therewith, wherein the feature element of the first port is different than the feature element of the second port ; a power source located within the pump housing and positioned between the first reservoir slot and the second reservoir slot , the first reservoir slot and the second reservoir slot of the infusion pump being laterally spaced apart from each other within the pump housing ; wherein the first port is configured to engage a first connector and wherein the second port is configured to engage a second connector ; wherein the first port is configured to not engage the second connector . wherein the first port is configured to engage a first connector and wherein the second port is configured to engage a second connector ; wherein the first port is configured to not engage the second connector .
Method for unwinding web materials (N1, N2) from two corresponding parent reels , wherein a first parent reel in a depletion phase is replaced by a second parent reel which takes the place of the first parent reel at the end of the replacement, wherein during said replacement a first and a second web material (N1, N2) are unwound from both parent reels, characterized in that , before the completion of said replacement the first web material (N1) is joined to the second web material (N2) and then it is cut, the joining of said web materials (N1, N2) is preceded by a step of inserting the second web material (N2) in an area where the two web materials (N1, N2) are joined, and during the step of inserting the second web material (N2) in said joining area the second web material (N2) is guided on a guide surface which guides it towards said joining area, and in said insertion step, the second web material (N2) adheres pneumatically to said guide surface.
A subassembly for a vehicle, the subassembly comprising: a chassis assembly; a front body module attachable to a forward portion of the chassis assembly, the front body module including a side portion thereof which extends outwardly beyond the chassis in a transverse direction; and characterised in that a stay is provided which extends transversely outwardly from the chassis assembly to support the side portion ; and wherein one of the front body module or the stay is provided with a connecting member which extends in a substantially longitudinal direction and the other of the stay or front body module is provided with corresponding longitudinally aligned aperture for receiving the connecting member in use to support the side portion of the front body module . a chassis assembly; a front body module attachable to a forward portion of the chassis assembly, the front body module including a side portion thereof which extends outwardly beyond the chassis in a transverse direction; and characterised in that a stay is provided which extends transversely outwardly from the chassis assembly to support the side portion ; and wherein one of the front body module or the stay is provided with a connecting member which extends in a substantially longitudinal direction and the other of the stay or front body module is provided with corresponding longitudinally aligned aperture for receiving the connecting member in use to support the side portion of the front body module .
A device for removing inflorescence from a field-grown plant, comprising: a picker comprising at least one cutter ; a machine vision system comprising: an image capture device for capturing image data of at least one plant; and a machine vision module capable of identifying the inflorescence in the image data; and a controller , wherein the controller is configured to: receive a location of the inflorescence from the machine vision system ; receive data from a wheel encoder ; direct a movement of the picker to the location based on the location of the inflorescence received from the machine vision system and the data from the wheel encoder ; and actuate the cutter to remove at least a portion of the inflorescence. a picker comprising at least one cutter ; a machine vision system comprising: an image capture device for capturing image data of at least one plant; and a machine vision module capable of identifying the inflorescence in the image data; and an image capture device for capturing image data of at least one plant; and a machine vision module capable of identifying the inflorescence in the image data; and a controller , wherein the controller is configured to: receive a location of the inflorescence from the machine vision system ; receive data from a wheel encoder ; direct a movement of the picker to the location based on the location of the inflorescence received from the machine vision system and the data from the wheel encoder ; and actuate the cutter to remove at least a portion of the inflorescence. receive a location of the inflorescence from the machine vision system ; receive data from a wheel encoder ; direct a movement of the picker to the location based on the location of the inflorescence received from the machine vision system and the data from the wheel encoder ; and actuate the cutter to remove at least a portion of the inflorescence.
A composition for use in killing HIV infected cells within a human infected with HIV, wherein said composition comprises a Bcl-2 inhibitor.
An ecological agricultural soil disinfectant composition consisting of a mixture of Capsicum extract and Marigold extract and garlic extract.
A stacked plate heat exchanger comprising a top plate , a bottom plate and a plurality of inner plates , wherein an upwardly bent tab part is formed on at least one of the plates, a cutout part is formed in the plates other than the plate on which the tab part is formed, each plate is stacked and fixed to one another with the tab part and the cutout part in a fitted state, the tab part is formed in a rectangular shape with a pair of side surfaces and an end part , characterised in that the cutout part is formed in a rectangular shape with a pair of side surfaces and a bottom surface , both side surfaces of the tab part abut on both side surfaces of the cutout part , respectively, and a surface of the tab part in the bent direction is separated from the bottom surface of the cutout part .
A handling device suitable for lifting a single container from a stack of containers in a frame structure of a storage system and for moving the container laterally, the handling device carrying batteries; the handling device comprising a robot vehicle moveable to access different stacks ; the robot vehicle being equipped with a crane device , wherein the crane device comprises a gripper device configured to grip a container from above; characterised in that : the vehicle comprises first and second vehicle modules that support the crane device therebetween; the first and second vehicle modules are spaced apart to define a space therebetween into which the container can be lifted; and the first and second vehicle modules are linked by a cross member from which the crane device is suspended. the vehicle comprises first and second vehicle modules that support the crane device therebetween; the first and second vehicle modules are spaced apart to define a space therebetween into which the container can be lifted; and the first and second vehicle modules are linked by a cross member from which the crane device is suspended.
Antenna system for attachment to an antenna pole , the antenna system comprising: a cooling arrangement ; an active electronic arrangement that comprises a number of antenna elements and a number of receivers and/or transmitters for the antenna elements , wherein the cooling arrangement comprises a contact surface for contacting the active electronic arrangement and wherein the active electronic arrangement is releasably attachable to the cooling arrangement via the contact surface . a cooling arrangement ; an active electronic arrangement that comprises a number of antenna elements and a number of receivers and/or transmitters for the antenna elements , wherein the cooling arrangement comprises a contact surface for contacting the active electronic arrangement and wherein the active electronic arrangement is releasably attachable to the cooling arrangement via the contact surface .
A nozzle cap for a fuel injection nozzle operable in a hydrogen internal combustion engine , the nozzle cap comprising: an inlet for receiving a flow of hydrogen controllable by an inlet valve arrangeable in the inlet, at least one outlet for providing an exit flow of hydrogen, and an internal bottom flow-guiding body arranged at a bottom side of the nozzle cap downstream of the inlet in a nozzle cap volume , the internal bottom flow-guiding body comprising a convex ridge protruding towards the inlet and comprises a flow-guiding surface for re-directing a flow of hydrogen from the inlet towards the outlet, characterized in that the convex ridge is centralized in the bottom of the nozzle cap and is arranged to reach from side-to-side across the entire nozzle cap volume . an inlet for receiving a flow of hydrogen controllable by an inlet valve arrangeable in the inlet, at least one outlet for providing an exit flow of hydrogen, and an internal bottom flow-guiding body arranged at a bottom side of the nozzle cap downstream of the inlet in a nozzle cap volume , the internal bottom flow-guiding body comprising a convex ridge protruding towards the inlet and comprises a flow-guiding surface for re-directing a flow of hydrogen from the inlet towards the outlet, characterized in that the convex ridge is centralized in the bottom of the nozzle cap and is arranged to reach from side-to-side across the entire nozzle cap volume .
A pacemaker comprising: a pulse generator configured to generate pacing pulses; a sensing circuit comprising an R-wave detector for sensing R-waves from a cardiac electrical signal; a motion sensor comprising a plurality of axes, each axis of the plurality of axes being configured to produce an axis signal; and a control circuit coupled to the motion sensor, the sensing circuit and the pulse generator and configured to: identify a plurality of ventricular events; following each of the plurality of ventricular events, set a sensing window; for each vector signal of a plurality of vector signals, determine a maximum amplitude of the vector signal during each of a plurality of the sensing windows, each of the plurality of vector signals comprising at least one axis signal from the motion sensor; select an atrial event sensing vector signal from among the plurality of vector signals based on the determined maximum amplitudes; sense an atrial event from the selected atrial event sensing vector signal; and produce an atrial sensed event signal in response to the sensed atrial event. a pulse generator configured to generate pacing pulses; a sensing circuit comprising an R-wave detector for sensing R-waves from a cardiac electrical signal; a motion sensor comprising a plurality of axes, each axis of the plurality of axes being configured to produce an axis signal; and a control circuit coupled to the motion sensor, the sensing circuit and the pulse generator and configured to: identify a plurality of ventricular events; following each of the plurality of ventricular events, set a sensing window; for each vector signal of a plurality of vector signals, determine a maximum amplitude of the vector signal during each of a plurality of the sensing windows, each of the plurality of vector signals comprising at least one axis signal from the motion sensor; select an atrial event sensing vector signal from among the plurality of vector signals based on the determined maximum amplitudes; sense an atrial event from the selected atrial event sensing vector signal; and produce an atrial sensed event signal in response to the sensed atrial event. identify a plurality of ventricular events; following each of the plurality of ventricular events, set a sensing window; for each vector signal of a plurality of vector signals, determine a maximum amplitude of the vector signal during each of a plurality of the sensing windows, each of the plurality of vector signals comprising at least one axis signal from the motion sensor; select an atrial event sensing vector signal from among the plurality of vector signals based on the determined maximum amplitudes; sense an atrial event from the selected atrial event sensing vector signal; and produce an atrial sensed event signal in response to the sensed atrial event.
A cutting device for use with a powered surgical tool, comprising: an outer blade including a tubular body, an end cap , and a cutting window defined by a beveled edge on the tubular body and the end cap; and an inner blade including a cutting tip , the inner blade co-axially disposed within the outer blade such that the cutting tip is rotatably exposed at the cutting window , the cutting tip having castellations , opposing teeth , a first opening , and a second opening, wherein the second opening is formed by a notch , wherein the second opening is circumferentially spaced from the first opening at a distal most end of the inner blade, wherein the castellations extend parallel to a longitudinal axis of the inner blade toward the end cap of the outer blade between the first opening and the second opening, and wherein the opposing teeth extend toward one another across the first opening of the cutting tip and generally perpendicular to the castellations. an outer blade including a tubular body, an end cap , and a cutting window defined by a beveled edge on the tubular body and the end cap; and an inner blade including a cutting tip , the inner blade co-axially disposed within the outer blade such that the cutting tip is rotatably exposed at the cutting window , the cutting tip having castellations , opposing teeth , a first opening , and a second opening, wherein the second opening is formed by a notch , wherein the second opening is circumferentially spaced from the first opening at a distal most end of the inner blade, wherein the castellations extend parallel to a longitudinal axis of the inner blade toward the end cap of the outer blade between the first opening and the second opening, and wherein the opposing teeth extend toward one another across the first opening of the cutting tip and generally perpendicular to the castellations.
A process for the preparation of an extract of Epilobium spp. with an oenothein B content higher than 15% w/w comprising: a) extraction of the drug 3-6 times with a water:ethanol mixture in ratios ranging from 3: 1 to 1: 1 by weight; b) filtration of the percolates, evaporation of the solvent and drying of the resulting concentrated extract without further purification steps; c) extracting with water at acid pH the drug previously subjected to extractions with water and ethanol, filtering the percolate, concentrating the aqueous phase, drying and adding the dried aqueous extract to the dried extracts obtained in step b). a) extraction of the drug 3-6 times with a water:ethanol mixture in ratios ranging from 3: 1 to 1: 1 by weight; b) filtration of the percolates, evaporation of the solvent and drying of the resulting concentrated extract without further purification steps; c) extracting with water at acid pH the drug previously subjected to extractions with water and ethanol, filtering the percolate, concentrating the aqueous phase, drying and adding the dried aqueous extract to the dried extracts obtained in step b).
A User Equipment, UE, comprising: a transmitting and/or receiving unit configured to transmit a PDU session establishment request message in a PDU session establishment procedure, wherein the UE includes first information in the PDU session establishment request message, the first information including a user identity and being used for requesting a procedure to be performed in the PDU session establishment procedure, the procedure being used for a PDU session authentication and authorization by an external Data Network, DN; the procedure for the PDU session authentication and authorization is performed by the UE during the PDU session establishment procedure; and the procedure includes the UE receiving a PDU session authentication request message including second information indicating PDU session authentication and authorization information issued by the external DN, characterised in that : the second information is information for the UE to select service usage among service names which the external DN authenticates and authorizes, and the UE sending a third information in a PDU session authentication accept message, the third information indicating the service usage selected by the UE from among the service names authenticated and/or authorized by the DN indicated by the second identification information. a transmitting and/or receiving unit configured to transmit a PDU session establishment request message in a PDU session establishment procedure, wherein the UE includes first information in the PDU session establishment request message, the first information including a user identity and being used for requesting a procedure to be performed in the PDU session establishment procedure, the procedure being used for a PDU session authentication and authorization by an external Data Network, DN; the procedure for the PDU session authentication and authorization is performed by the UE during the PDU session establishment procedure; and the procedure includes the UE receiving a PDU session authentication request message including second information indicating PDU session authentication and authorization information issued by the external DN, characterised in that : the second information is information for the UE to select service usage among service names which the external DN authenticates and authorizes, and the UE sending a third information in a PDU session authentication accept message, the third information indicating the service usage selected by the UE from among the service names authenticated and/or authorized by the DN indicated by the second identification information.
An air bag for vehicles comprising a main body part consisting of a base fabric and a sewn part being formed by sewing, with a sewing thread, the above main body part into a bag, characterized in that , the difference between the elongation (A) of the sewing thread upon applying the tension of 31.3/a, having the unit: N/thread, to the sewing thread and the elongation (B) of the base fabric upon applying the tension of 62.5/a, having the unit: N/stitch, to the base fabric, wherein "a", having the unit: stitch(es)/cm, is a sewing pitch in the sewn part, is within a range of 0 to 5.0% in both directions of warp and weft, the value of B is less than 2% in both directions of warp and weft, and the air permeability of the sewn part at 40 kPa during the initial stage of development of the air bag is less than 50 mm/cm/sec, wherein the base fabric is constituted from multifilament having total fineness of from 350 to 1100 dtex, wherein fineness of the sewing thread is from 630 to 2400 dtex, wherein tensile strength of the sewing thread is from 6.0 cN/dtex to 10 cN/dtex, and wherein elongation at breakage of the sewing thread is from 25% to 45%.