mhurhangee/patent-ind-claim-en huggingface dataset:
Use of a composition for controlling grapevine ESCA disease, the composition comprising at least one selected from the group consisting of alkali metal carbonates and alkali metal hydrogen carbonates as an active ingredient.
Non-therapeutic use of a first polysaccharide derivative and a second polysaccharide derivative for the in situ formation of a cross-linked hydrogel in cosmetic applications, wherein the first polysaccharide derivative is functionalized with a nucleophilic group and the second polysaccharide derivative is functionalized with an electrophilic group, and both the first and second polysaccharide derivatives are sterilized, and wherein the nucleophilic group and the electrophilic group form a covalent linkage in situ following co-injection of the first and second polysaccharide derivatives to a target site in the body of a patient, resulting in the formation of a cross-linked hydrogel at the target site, wherein the first polysaccharide derivative is a hydrazide functionalized first hyaluronic acid (HA) derivative and the second polysaccharide derivative is an aldehyde functionalized second hyaluronic acid (HA) derivative, and wherein the second HA derivative is functionalized with an aldehyde moiety made by conversion of a -CH 2 OH group into a -CHO group.
Method of enzymatically oxidizing or hydroxylating an organic compound, comprising or consisting of the steps: i) treating an aqueous liquid comprising at least one enzyme selected from oxidases, monooxygenases, peroxidases, and peroxygenases, at least one organic compound, and optionally at least one solvent, which is not water, with a plasma device to obtain an aqueous liquid comprising H 2 O 2 , thereby forming an enzymatically oxidized or hydroxylated organic compound; and ii) optionally extracting the aqueous liquid obtained after step i) to isolate the oxidized or hydroxylated organic compound. i) treating an aqueous liquid comprising at least one enzyme selected from oxidases, monooxygenases, peroxidases, and peroxygenases, at least one organic compound, and optionally at least one solvent, which is not water, with a plasma device to obtain an aqueous liquid comprising H 2 O 2 , thereby forming an enzymatically oxidized or hydroxylated organic compound; and ii) optionally extracting the aqueous liquid obtained after step i) to isolate the oxidized or hydroxylated organic compound.
A method for antenna performance evaluation, the method comprising: acquiring signal metrics and positions of a plurality of user equipments, UEs, within a coverage area of an antenna array; generating , from the signal metrics and positions, an antenna performance map showing how signal metric as a variable changes relative to position as another variable; and evaluating the antenna performance by determining obstacle related information based on a comparison between the generated antenna performance map and a reference antenna performance map, wherein determining the obstacle related information comprises calculating changes between the generated antenna performance map and the reference antenna performance map at a plurality of positions. acquiring signal metrics and positions of a plurality of user equipments, UEs, within a coverage area of an antenna array; generating , from the signal metrics and positions, an antenna performance map showing how signal metric as a variable changes relative to position as another variable; and evaluating the antenna performance by determining obstacle related information based on a comparison between the generated antenna performance map and a reference antenna performance map, wherein determining the obstacle related information comprises calculating changes between the generated antenna performance map and the reference antenna performance map at a plurality of positions.
A cable tie comprising: a band including a bottom surface (118-2) and a top surface (118-1), comprising: a front section (816-1) that extends lengthwise from one end of the front section (816-1), an ear clamp (816-2, 926-2) whose one end adjoins the other end of the front section (816-1), end section (816-3) whose one end adjoins and extends from the other end of the ear clamp (816-2, 926-2); and a housing , affixed near the front section (816-1), with a first opening (114-2) to receive the end section (816-3) of the band when the end section (816-3) of the band is brought toward the housing in a loop, wherein the housing is configured to lock the end section (816-3) of the band in place when the housing receives the end section (816-3) via the first opening (114-2); wherein the band can be wrapped about one or more items, the band structured to be locked in a closed configuration about the one or more items when the end section (816-3) is inserted into the housing and the band is tightened about the items, and wherein the ear clamp (816-2, 926-2) has a structure in which, when the band is locked in the closed configuration, subsequent crushing of the ear clamp (816-2, 926-2) increases a tension in the portion of the band tightened about the one or more items. a band including a bottom surface (118-2) and a top surface (118-1), comprising: a front section (816-1) that extends lengthwise from one end of the front section (816-1), an ear clamp (816-2, 926-2) whose one end adjoins the other end of the front section (816-1), end section (816-3) whose one end adjoins and extends from the other end of the ear clamp (816-2, 926-2); and a front section (816-1) that extends lengthwise from one end of the front section (816-1), an ear clamp (816-2, 926-2) whose one end adjoins the other end of the front section (816-1), end section (816-3) whose one end adjoins and extends from the other end of the ear clamp (816-2, 926-2); and a housing , affixed near the front section (816-1), with a first opening (114-2) to receive the end section (816-3) of the band when the end section (816-3) of the band is brought toward the housing in a loop, wherein the housing is configured to lock the end section (816-3) of the band in place when the housing receives the end section (816-3) via the first opening (114-2); wherein the band can be wrapped about one or more items, the band structured to be locked in a closed configuration about the one or more items when the end section (816-3) is inserted into the housing and the band is tightened about the items, and wherein the ear clamp (816-2, 926-2) has a structure in which, when the band is locked in the closed configuration, subsequent crushing of the ear clamp (816-2, 926-2) increases a tension in the portion of the band tightened about the one or more items.
A CD123 chimeric antigen receptor (CD 123CAR) gene, comprising an anti-CD 123 scFv region fused in frame to a modified IgG4 hinge region comprising a nucleotide sequence that encodes an S228P amino acid substitution and an L235E amino acid substitution; and a T cell receptor (TCR) zeta chain signaling domain, wherein the modified IgG4 hinge region further comprises a nucleotide sequence that encodes an N297Q substitution.
A cross-linked polypeptide comprising a stabilized alpha helix of human immunodeficiency virus (HIV) gp41 heptad repeat (HR) domain, wherein the stabilized HIV gp41 HR domain is stabilized with two hydrocarbon staples, and wherein said hydrocarbon staples are positioned so as to link amino acid residues i and i+4.
A force-feedback mechanism for a mini stick for driving an aircraft, this mechanism including: - a fixed mount which is intended to be secured to a frame of the aircraft, - two springs which are opposed to the displacement of the mini stick relative to the mount , and - mechanical movement transmission means , which are carried by the mount in a movable manner and which are adapted to transmit a rotational movement, about a first axis of rotation (X1), between the mini stick and said springs , by applying a force law (L) according to which the resistance force (F), opposed by said springs, via the transmission means, to the rotary displacement of the mini stick about the first axis of rotation, is dependent on the angular position (P) of the mini stick about the first axis of rotation, this force law comprising at least one portion including at least one force jump (S) which corresponds to a discontinuity in the intensity of the resistance force without changing the direction of this resistance force, the transmission means comprising a cam , which is adapted to be linked to the mini stick in rotation about the first axis of rotation (X1) and which is provided with two profiled surfaces which are shaped so as to define said at least one portion of the force law (L), the two profiled surfaces (32 and 33) being respectively associated to said two springs , said profiled surfaces being symmetrical to each other and said two springs being arranged symmetrically to each other relative to a median geometrical plane (P), defined by the mount and containing the first axis of rotation (X1). - a fixed mount which is intended to be secured to a frame of the aircraft, - two springs which are opposed to the displacement of the mini stick relative to the mount , and - mechanical movement transmission means , which are carried by the mount in a movable manner and which are adapted to transmit a rotational movement, about a first axis of rotation (X1), between the mini stick and said springs , by applying a force law (L) according to which the resistance force (F), opposed by said springs, via the transmission means, to the rotary displacement of the mini stick about the first axis of rotation, is dependent on the angular position (P) of the mini stick about the first axis of rotation, this force law comprising at least one portion including at least one force jump (S) which corresponds to a discontinuity in the intensity of the resistance force without changing the direction of this resistance force,
A method for purifying blood coagulation factor VII (Factor VII) and/or activated blood coagulation factor VII (activated Factor VII) from cryoprecipitate-poor plasma-derived fraction, comprising the following steps: (a) a step of adsorbing Factor VII and/or activated Factor VII to a first strong anion exchange resin by a batch method; (b) a step of adsorbing Factor VII and/or activated Factor VII which remains in a non-adsorption fraction in step (a) to a second strong anion exchange resin by a column method; (c) a step of recovering Factor VII and/or activated Factor VII from an adsorption fraction in steps (a) and (b); wherein said strong anion exchange resins of (a) and (b) do not receive or lose protons when the pH changes. (a) a step of adsorbing Factor VII and/or activated Factor VII to a first strong anion exchange resin by a batch method; (b) a step of adsorbing Factor VII and/or activated Factor VII which remains in a non-adsorption fraction in step (a) to a second strong anion exchange resin by a column method; (c) a step of recovering Factor VII and/or activated Factor VII from an adsorption fraction in steps (a) and (b);
An apparatus for clinical-audiometric investigation, provided with a box-like body that contains at least one audio source of an acoustic signal (A) and at least one detector of the return signal (B) from an external auditory canal , said box-like body being associated with at least one processing and control device , said return signal detector comprising a velocity sensor and a pressure sensor , which measure the acoustic velocity and pressure signals at the same point, wherein said box-like body is substantially cylindrical and hollow and has said audio source arranged therein at one end and terminates at the other end with a frustum-shaped adapter for coupling to the external auditory canal , characterised in that said signal detector , including the velocity sensor and pressure sensor , is arranged inside the box-like body in an intermediate position between said audio source and the said frustum-shaped adapter for coupling to the external auditory canal from which said return signal (B) arrives.
Oenothein B for use in therapy to treat, prevent or delay the onset of endothelial dysfunction wherein the treatment, prevention or delay comprises administering oenothein B in combination with at least one proanthocyanidin either simultaneously or sequentially and in therapeutically effective amounts.
A mobile device comprising: a display unit configured to be touch sensitive and to display a plurality of objects (210-215); a detector configured to detect a pattern , wherein the pattern is a loop drawn in a drag manner by a user on the display unit to surround at least one object of the displayed plurality of objects (210-215) desired to be selected; and a controller configured to: control the display unit to display a trace of the pattern drawn on the display unit and an expected reference point of the pattern being drawn on the display unit based on a moving direction of the trace; set a reference point of the pattern at a position at which the diagonals of a rectangle circumscribing the drawn pattern are crossed; determine if at least two objects of the displayed plurality of objects are objects most adjacent to the set reference point of the detected pattern; and if there are at least two objects of the displayed plurality of objects (210-215) that are most adjacent to the set reference point : control the display unit to display the at least two objects such that they are distinguishable from the other objects of the plurality of objects (210-215); receive a selection input of the user selecting one of the at least two objects ; and implement a function corresponding to the selected object. a display unit configured to be touch sensitive and to display a plurality of objects (210-215); a detector configured to detect a pattern , wherein the pattern is a loop drawn in a drag manner by a user on the display unit to surround at least one object of the displayed plurality of objects (210-215) desired to be selected; and a controller configured to: control the display unit to display a trace of the pattern drawn on the display unit and an expected reference point of the pattern being drawn on the display unit based on a moving direction of the trace; set a reference point of the pattern at a position at which the diagonals of a rectangle circumscribing the drawn pattern are crossed; determine if at least two objects of the displayed plurality of objects are objects most adjacent to the set reference point of the detected pattern; and control the display unit to display a trace of the pattern drawn on the display unit and an expected reference point of the pattern being drawn on the display unit based on a moving direction of the trace; set a reference point of the pattern at a position at which the diagonals of a rectangle circumscribing the drawn pattern are crossed; determine if at least two objects of the displayed plurality of objects are objects most adjacent to the set reference point of the detected pattern; and control the display unit to display the at least two objects such that they are distinguishable from the other objects of the plurality of objects (210-215); receive a selection input of the user selecting one of the at least two objects ; and implement a function corresponding to the selected object.
A component (1; 101) for use in an alarm system comprising: a component controller (2; 102) configured to control the component when power is supplied to the component; and a monitoring module (4; 104) comprising a power source (6; 106) and configured to monitor the component when power is not supplied to the component, wherein the monitoring module is configured to determine occurrence of a predetermined event (12; 112) and to store an indication of the occurrence of the event; characterised in that : the component controller is configured to issue a read request to the monitoring module after power has been supplied to the component; the monitoring module is configured to transmit to the component controller the stored indication of the occurrence of the predetermined event in response to the read request; and the component is configured to notify a user in response to the component controller receiving the stored indication of the occurrence of the predetermined event from the monitoring module. a component controller (2; 102) configured to control the component when power is supplied to the component; and a monitoring module (4; 104) comprising a power source (6; 106) and configured to monitor the component when power is not supplied to the component, wherein the monitoring module is configured to determine occurrence of a predetermined event (12; 112) and to store an indication of the occurrence of the event; characterised in that : the component controller is configured to issue a read request to the monitoring module after power has been supplied to the component; the monitoring module is configured to transmit to the component controller the stored indication of the occurrence of the predetermined event in response to the read request; and the component is configured to notify a user in response to the component controller receiving the stored indication of the occurrence of the predetermined event from the monitoring module. the component controller is configured to issue a read request to the monitoring module after power has been supplied to the component; the monitoring module is configured to transmit to the component controller the stored indication of the occurrence of the predetermined event in response to the read request; and the component is configured to notify a user in response to the component controller receiving the stored indication of the occurrence of the predetermined event from the monitoring module.
A composite member formed as a longitudinal structure capable of being coiled about an axis transverse to the longitudinal axis of the member, the composite member comprising plural layers (P1-P5) of material bonded together to form a laminate, characterised in that at least one layer of material (P3) has a boundary partway along the longitudinal extent of the member and extending between the sides of the member, wherein the boundary is angled with respect to the transverse axis of the member.
A method comprising: collecting , by a computing system, performance indicator data for one or more network devices; determining , by the computing system, a plurality of health status values, wherein each of the health status values is determined based on one of a plurality of health status rules that assess a subset of the performance indicator data; grouping the health status values, by the computing system and based on how many health status values are in the plurality of health status values, into a plurality of health status groups, wherein each of the health status groups includes two or more health status values, and wherein each of the health status values within a health status group is related to each of the other health status values in the health status group; determining , by the computing system and for each of the health status groups, a group health status value, wherein the group health status value for each health status group is determined based on at least one of the health status values within the health status group; and outputting , by the computing system, a user interface that includes a display element for each of the health status groups, wherein each of the display elements provides a visual indication of the group health status value associated with the respective health status groups collecting , by a computing system, performance indicator data for one or more network devices; determining , by the computing system, a plurality of health status values, wherein each of the health status values is determined based on one of a plurality of health status rules that assess a subset of the performance indicator data; grouping the health status values, by the computing system and based on how many health status values are in the plurality of health status values, into a plurality of health status groups, wherein each of the health status groups includes two or more health status values, and wherein each of the health status values within a health status group is related to each of the other health status values in the health status group; determining , by the computing system and for each of the health status groups, a group health status value, wherein the group health status value for each health status group is determined based on at least one of the health status values within the health status group; and outputting , by the computing system, a user interface that includes a display element for each of the health status groups, wherein each of the display elements provides a visual indication of the group health status value associated with the respective health status groups
A device for dispensing cleaning agent into a dishwasher comprising a cover element for closing or opening at least one opening in a storage compartment for storing the cleaning agent, wherein the storage compartment comprises at least one base wall opposite the opening and at least one side wall oriented transversely to the base wall , wherein at least one water directing element for directing and/or conducting water (F) is arranged, characterised in that , in an operating position and/or in the wash-out position of the device, an inlet for water flowing/streaming down from above and/or vertically is provided on an upper side and/or an upper side wall of the storage compartment , and in that , in the operating position and/or in the wash-out position, a funnel is provided on the upper side and/or above the upper side wall of the storage compartment , wherein said funnel is realised via a housing wall having two dams and/or first water directing elements and/or elevations , so that water flowing/flying from spray arms to the device and/or into the storage compartment and additionally onto the device above the storage compartment is collected and fed into the storage compartment .