mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-electrode array, the array comprising: a substrate having a front side surface and a backside surface opposite the front side surface; a plurality of contacts on the backside surface of the substrate; and a plurality of electrodes disposed on the substrate, wherein each electrode of the plurality of electrodes has a conductive tip-end and an insulated remainder; wherein a first electrode of the plurality of electrodes has a first configuration selected to bring the conductive tip-end of the first electrode in proximity to a first target structure; wherein a second electrode of the plurality of electrodes has a second configuration selected to bring the conductive tip-end of the second electrode in proximity to a second target structure; and wherein the first configuration and the second configuration are different in at least one of: an electrode height, an electrode width, a physical dimension of a conductive tip-end, and an electrode profile; characterized in that the substrate is a conductive substrate with a plurality of isolation features disposed in the substrate ; and each electrode includes an electrode core that extends from the backside surface of the substrate through a corresponding isolation feature of the plurality of isolation features in the substrate to the conductive tip-end to electrically couple the conductive tip-end to a contact of the plurality of contacts ; wherein the plurality of isolation features electrically isolate the plurality of electrodes from each other. a substrate having a front side surface and a backside surface opposite the front side surface; a plurality of contacts on the backside surface of the substrate; and a plurality of electrodes disposed on the substrate, wherein each electrode of the plurality of electrodes has a conductive tip-end and an insulated remainder; wherein a first electrode of the plurality of electrodes has a first configuration selected to bring the conductive tip-end of the first electrode in proximity to a first target structure; wherein a second electrode of the plurality of electrodes has a second configuration selected to bring the conductive tip-end of the second electrode in proximity to a second target structure; and wherein the first configuration and the second configuration are different in at least one of: an electrode height, an electrode width, a physical dimension of a conductive tip-end, and an electrode profile; characterized in that the substrate is a conductive substrate with a plurality of isolation features disposed in the substrate ; and each electrode includes an electrode core that extends from the backside surface of the substrate through a corresponding isolation feature of the plurality of isolation features in the substrate to the conductive tip-end to electrically couple the conductive tip-end to a contact of the plurality of contacts ; wherein the plurality of isolation features electrically isolate the plurality of electrodes from each other.
A device configured to run at least one adaptive streaming session relying on one current network connection for receiving segments of a multimedia content available at one or more qualities, the device comprising one or more processors characterised in that it is configured to: obtain an access latency between the device and a network equipment by using an auxiliary connection distinct from the current network connection ; and adapt an ongoing adaptive streaming session running at the device, according to the obtained access latency. obtain an access latency between the device and a network equipment by using an auxiliary connection distinct from the current network connection ; and adapt an ongoing adaptive streaming session running at the device, according to the obtained access latency.
An integrated process for production of propylene containing light olefins, comprising: (a) mixing (i) a residual oil feedstream, and (ii) a natural gas condensate solvent, wherein (ii) and (i) are mixed at a ratio of from 5:1 to 50:1, in quantities and under conditions sufficient to precipitate at least a fraction of asphaltenes to produce (iii) a mixture of solvent and deasphalted residual oil, and (iv) precipitated asphaltenes; (b) subjecting (iii) to fluidized catalytic cracking reactions, wherein both the solvent and the deasphalted residual oil from (iii) serve as reactants in the fluidized catalytic cracking reaction, wherein said fluidized catalytic cracking reactions are carried out: - in a riser FCC unit, with a catalyst, at a catalyst to (iii) ratio of from 2:1 to 40:1, a reaction temperature of from 500°C to 650°C, a reaction pressure of from 1 kg/cm 2 to 5 kg/cm 2 , and a contact time of from 0.7 seconds to 10 seconds, or - in a downflow FCC unit with a catalyst, at a catalyst to (iii) ratio of from 2:1 to 40:1, a reaction temperature of from 500°C to 650°C, a reaction pressure of from 1 kg/cm 2 to 5 kg/cm 2 , and a contact time from 0.1 second to 10 seconds. (a) mixing (i) a residual oil feedstream, and (ii) a natural gas condensate solvent, wherein (ii) and (i) are mixed at a ratio of from 5:1 to 50:1, in quantities and under conditions sufficient to precipitate at least a fraction of asphaltenes to produce (iii) a mixture of solvent and deasphalted residual oil, and (iv) precipitated asphaltenes; (b) subjecting (iii) to fluidized catalytic cracking reactions, wherein both the solvent and the deasphalted residual oil from (iii) serve as reactants in the fluidized catalytic cracking reaction, wherein said fluidized catalytic cracking reactions are carried out: - in a riser FCC unit, with a catalyst, at a catalyst to (iii) ratio of from 2:1 to 40:1, a reaction temperature of from 500°C to 650°C, a reaction pressure of from 1 kg/cm 2 to 5 kg/cm 2 , and a contact time of from 0.7 seconds to 10 seconds, or - in a downflow FCC unit with a catalyst, at a catalyst to (iii) ratio of from 2:1 to 40:1, a reaction temperature of from 500°C to 650°C, a reaction pressure of from 1 kg/cm 2 to 5 kg/cm 2 , and a contact time from 0.1 second to 10 seconds. - in a riser FCC unit, with a catalyst, at a catalyst to (iii) ratio of from 2:1 to 40:1, a reaction temperature of from 500°C to 650°C, a reaction pressure of from 1 kg/cm 2 to 5 kg/cm 2 , and a contact time of from 0.7 seconds to 10 seconds, or - in a downflow FCC unit with a catalyst, at a catalyst to (iii) ratio of from 2:1 to 40:1, a reaction temperature of from 500°C to 650°C, a reaction pressure of from 1 kg/cm 2 to 5 kg/cm 2 , and a contact time from 0.1 second to 10 seconds.
Flow-wrap pack for wet wipes having a film defining a front wall and a back wall , a longitudinal sealed seam in the form of a fin seal and two transverse sealed seams defining a product space, whereby the fin seal has an extended length in the range of 25% to 100% of a total pack width and lies essentially flat against the back wall of the wrap pack , a resealable strip extending between the transverse sealed seams at an essentially right angle to the transverse sealed seams , characterised in that the fin seal is covering a scored tear line and the resealable strip , wherein the tear line being essentially arranged in the middle of the back wall and extending between the transverse sealed seams at an essentially right angle to the transverse sealed seams .
A watch with a rigid casing-up, comprising: - a middle ; - a bottom ; - a movement ; and - a casing-up ring in contact with the middle ; in which: - the casing-up ring has an inner peripheral face , of which the profile comprises at least one zone Z, the tangent (T) to which forms a non-zero angle (α) of less than 90 degrees with the axis (X) passing through the center of the movement and perpendicular to the plane formed by the latter; - the movement is integral with an outer peripheral face , of which the profile comprises at least one zone Z', the tangent (T') to which forms a non-zero angle (α') of less than 90 degrees with the said axis (X); - the said inner and outer peripheral faces being in contact with each other in the Z and Z' regions thereof, characterized in that it also comprises a screwed tightening element provided for exerting pressure on the casing-up ring or the movement so as to induce a radial and an axial tightening of the movement, the watch comprising an abutment (9; 9') for tightening on the side of the movement opposite the screwed tightening element. - a middle ; - a bottom ; - a movement ; and - a casing-up ring in contact with the middle ; - the casing-up ring has an inner peripheral face , of which the profile comprises at least one zone Z, the tangent (T) to which forms a non-zero angle (α) of less than 90 degrees with the axis (X) passing through the center of the movement and perpendicular to the plane formed by the latter; - the movement is integral with an outer peripheral face , of which the profile comprises at least one zone Z', the tangent (T') to which forms a non-zero angle (α') of less than 90 degrees with the said axis (X); - the said inner and outer peripheral faces being in contact with each other in the Z and Z' regions thereof,
A gap sensor assembly for a labelling machine, the labelling machine configured to convey label stock comprising a web and a plurality of labels attached to the web and having gaps therebetween along a web path, the gap sensor assembly comprising: a roller configured to guide the label stock along the web path; a sensor arrangement configured to produce a sensor signal which is a function of a property of a portion of label stock wherein the sensor arrangement comprises: a transmitter portion configured to produce a detection signal; and a receiver portion configured to detect the detection signal and to produce the sensor signal which is a function of a property of a portion of label stock; characterized in that the roller comprises the transmitter portion and/or the receiver portion. a roller configured to guide the label stock along the web path; a sensor arrangement configured to produce a sensor signal which is a function of a property of a portion of label stock wherein the sensor arrangement comprises: a transmitter portion configured to produce a detection signal; and a receiver portion configured to detect the detection signal and to produce the sensor signal which is a function of a property of a portion of label stock; characterized in that the roller comprises the transmitter portion and/or the receiver portion. a transmitter portion configured to produce a detection signal; and a receiver portion configured to detect the detection signal and to produce the sensor signal which is a function of a property of a portion of label stock; characterized in that the roller comprises the transmitter portion and/or the receiver portion.
Roll stand , wherein at least two rolls for reshaping a workpiece are mounted in a stand, and wherein a rolling force acting during the reshaping is supported by the roll stand , characterised in that the roll stand is constructed in part directly by additive manufacture, wherein the roll stand comprises two stand sides , wherein the rolls extend between the stand sides and are mounted in the stand sides and the stand sides are integrally connected together with material unity by transverse struts , wherein the transverse struts are produced in common with the stand sides directly by means of the additive manufacture. wherein a rolling force acting during the reshaping is supported by the roll stand , characterised in that the roll stand is constructed in part directly by additive manufacture, wherein the roll stand comprises two stand sides , wherein the rolls extend between the stand sides and are mounted in the stand sides and the stand sides are integrally connected together with material unity by transverse struts , wherein the transverse struts are produced in common with the stand sides directly by means of the additive manufacture.
A method of securing a tool within a gas turbine engine , the method comprising: inserting the tool into the engine ; inserting a bladder between a portion of the tool and a component in the engine ; and inflating the bladder by supplying an inflating fluid through an inlet at a supply rate to temporarily secure the tool in its position, characterised in that the bladder comprises at least one exit port , the at least one exit port configured to supply the inflating fluid out through the at least one exit port into the engine at an outflow rate, wherein the inflating fluid is supplied through the inlet at the supply rate greater than the outflow rate through the at least one exit port . inserting the tool into the engine ; inserting a bladder between a portion of the tool and a component in the engine ; and inflating the bladder by supplying an inflating fluid through an inlet at a supply rate to temporarily secure the tool in its position, characterised in that the bladder comprises at least one exit port , the at least one exit port configured to supply the inflating fluid out through the at least one exit port into the engine at an outflow rate, wherein the inflating fluid is supplied through the inlet at the supply rate greater than the outflow rate through the at least one exit port .
A method performed by a user equipment, UE , for transmitting uplink, LTL, control information, the method comprising: (S510) receiving, from a base station , at least one of UL control channel resource set configuration information and LTL control channel transmission information; (S520) configuring an LTL control channel including the LTL control information based on at least one of the LTL control channel resource set configuration information and the UL control channel transmission information; and (S530) transmitting the UL control channel including UL control information to the base station , wherein PUCCH format of the LTL control channel is configured based on a number of symbols that configure the UL control channel, wherein the LTL control channel transmission information includes one or more of plural PUCCH formats, the plural PUCCH formats are classified into the short PUCCH configured with one or two symbols and the long PUCCH configured with four or more symbols, characterized by based on a situation where the UL control channel resource set configuration information is configured for both of the short PUCCH format using one or two symbols and the long PUCCH format using four or more symbols to be transmitted in a slot and one of the short PUCCH format and the long PUCCH format is configured with a high priority, only one PUCCH format is used, in the slot, for transmitting the UL control channel based on the PUCCH format having the high priority for the UL control information. (S510) receiving, from a base station , at least one of UL control channel resource set configuration information and LTL control channel transmission information; (S520) configuring an LTL control channel including the LTL control information based on at least one of the LTL control channel resource set configuration information and the UL control channel transmission information; and (S530) transmitting the UL control channel including UL control information to the base station , wherein PUCCH format of the LTL control channel is configured based on a number of symbols that configure the UL control channel, wherein the LTL control channel transmission information includes one or more of plural PUCCH formats, the plural PUCCH formats are classified into the short PUCCH configured with one or two symbols and the long PUCCH configured with four or more symbols, characterized by based on a situation where the UL control channel resource set configuration information is configured for both of the short PUCCH format using one or two symbols and the long PUCCH format using four or more symbols to be transmitted in a slot and one of the short PUCCH format and the long PUCCH format is configured with a high priority, only one PUCCH format is used, in the slot, for transmitting the UL control channel based on the PUCCH format having the high priority for the UL control information.
A method of converting aqueous metal into colloidal metal comprising a step of contacting an aqueous metal with a carboxylated allotrope of carbon in an aqueous buffer solution, wherein the aqueous metal is a metal rendered soluble in the aqueous solution, wherein said aqueous metal comprises Ag or said aqueous metal is AgNO 3 , said carboxylated allotrope of carbon comprises graphene oxide, a spherical, tubular, or ellipsoidal fullerene, or a carbon nanotube, and wherein the method further comprises a step of adding H 2 O 2 and NH 3 to the buffer solution and detecting the presence of colloidal metal by spectrophotometry.
A net tension system for indicating a net tension in a tennis net spanning a playing area, the tennis net being: supported by a pair of net posts on opposite sides of the playing area; and including an upper cable supporting a netting, the tension in the upper cable being adjustable to adjust the said net tension; the net tension system comprising: a scale ; and a connector between the net posts connecting the upper cable of the tennis net to the playing area, the connector comprising either: a strap provided between the net posts that connects the upper cable to the playing surface , the scale being provided between the strap and the playing surface and measuring a force (F) exerted on the strap by the net ; or a singles stick provided between the upper cable and the playing surface , the scale being provided between the playing surface and the upper cable and measuring a force (F) exerted on the singles stick by the net , the net tension system being characterised by : the scale measuring the force (F) exerted by the net on the connector ; and by an indicator for selectively expressing the measured force (F), which is indicative of the tension in the net. the net tension system comprising: a scale ; and a connector between the net posts connecting the upper cable of the tennis net to the playing area, the connector comprising either: a strap provided between the net posts that connects the upper cable to the playing surface , the scale being provided between the strap and the playing surface and measuring a force (F) exerted on the strap by the net ; or a singles stick provided between the upper cable and the playing surface , the scale being provided between the playing surface and the upper cable and measuring a force (F) exerted on the singles stick by the net , a scale ; and a connector between the net posts connecting the upper cable of the tennis net to the playing area, the connector comprising either: a strap provided between the net posts that connects the upper cable to the playing surface , the scale being provided between the strap and the playing surface and measuring a force (F) exerted on the strap by the net ; or a singles stick provided between the upper cable and the playing surface , the scale being provided between the playing surface and the upper cable and measuring a force (F) exerted on the singles stick by the net , a strap provided between the net posts that connects the upper cable to the playing surface , the scale being provided between the strap and the playing surface and measuring a force (F) exerted on the strap by the net ; or a singles stick provided between the upper cable and the playing surface , the scale being provided between the playing surface and the upper cable and measuring a force (F) exerted on the singles stick by the net , the net tension system being characterised by : the scale measuring the force (F) exerted by the net on the connector ; and by
Neuraminidase (NA)-binding human antibody, and/or an antigen-binding fragment thereof, which is capable of specifically binding to and neutralizing at least one influenza B virus strain from the B/Victoria lineage and at least one influenza B virus strain from the B/Yamagata lineage and wherein the antibody or antigen-binding fragment does not bind to and does not neutralize influenza A virus strains, wherein the antibody comprises a heavy chain CDR1 region of SEQ ID NO:1, a heavy chain CDR2 region of SEQ ID NO:2, and a heavy chain CDR3 region of SEQ ID NO:3, and a light chain CDR1 region of SEQ ID NO:10, a light chain CDR2 region of SEQ ID NO: 11, and a light chain CDR3 region of SEQ ID NO:12;.
A sub-counter for counting a share of uses of an atomizer for producing an inhalable aerosol , the sub-counter being couplable to the atomizer and being detachable from the atomizer , the sub-counter comprising a detection device for detecting uses of the atomizer and a resetting means for resetting the sub-counter , characterised in that in that the detection device has two coupling elements which are configured for mechanical coupling to different housing parts of the atomizer , so that a rotation of the housing parts with respect to one another is transmittable by means of the coupling elements to the sub-counter in such a way that the latter can be driven or triggered, wherein the detection device is configured to detect a rotation of the housing parts with respect to one another and to count it as use.
A sanitary waste treatment method comprising the steps of: a. adding water to the sanitary waste to form a slurry characterized by a first biochemical oxygen demand; b. aerating the slurry; c. chlorinating the slurry to produce a sterilized slurry, preferably wherein the step of chlorinating the slurry kills at least 95% of microbes in the slurry; d. dechlorinating the sterilized slurry to produce a dechlorinated slurry; e. inoculating the dechlorinated slurry with aerobic bacteria, preferably aerobic bacteria selected from the group of phycophilic bacteria, mesophilic bacteria and combinations thereof, wherein the aerobic bacteria digest solid waste in the slurry. a. adding water to the sanitary waste to form a slurry characterized by a first biochemical oxygen demand; b. aerating the slurry; c. chlorinating the slurry to produce a sterilized slurry, preferably wherein the step of chlorinating the slurry kills at least 95% of microbes in the slurry; d. dechlorinating the sterilized slurry to produce a dechlorinated slurry; e. inoculating the dechlorinated slurry with aerobic bacteria, preferably aerobic bacteria selected from the group of phycophilic bacteria, mesophilic bacteria and combinations thereof, wherein the aerobic bacteria digest solid waste in the slurry.
Impeller for a side channel machine, such as a side channel compressor or a side channel vacuum pump, having blades which are distributed in the circumferential direction, each formed by a blade wall forming, in a plan view of the impeller , open blade chambers , in which plan view a geometric impeller axis of rotation (x) is depicted in a punctiform manner, wherein a blade wall begins in the plan view at a first radius dimension (r 1 ) relative to the geometric impeller axis of rotation (x), which first radius dimension (r 1 ) corresponds to half or more of a second radius dimension (r 2 ), which second radius dimension (r 2 ) defines a peripheral edge of the impeller and wherein the first radius dimension (r 1 ) defines a radially inner boundary wall of the blade chamber , wherein further a blade wall has an exposed upper end edge which correspondingly runs radially inwardly into the inner boundary wall and in plan view ends radially outwardly in the peripheral edge , wherein an imaginary connecting line (V) can be drawn between a point of entry of the end edge into the inner boundary wall and a radially outer end of the end edge and the end edge extends perpendicularly to the connecting line (V) with a different offset dimension (a), a maximum offset dimension (a) being given, the blade wall merging radially on the outside into a circumferential end wall and an outer edge of the end wall determining the second radius dimension (r 2 ), characterised in that the largest offset dimension (a) corresponds to 0.1 times or more the difference between the second radius dimension (r 2 ) and the first radius dimension (r 1 ) and in that the end edge substantially follows a radius line and in that a radius (r 3 ) of the end edge is removed from a circle center point (P) which lies in a blade chamber following in the circumferential direction.