mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a transdermal absorption sheet comprising: an apparatus preparing step of preparing a mold having needle-like recessed portions and having an angle of 120° or more and 160° or less inside the mold , the angle being formed between a flat portion of a surface and an inlet portion of the needle-like recessed portion , and a liquid feeding apparatus including a slit-shaped opening portion formed at a nozzle tip end portion and a lip land portion; a filling step of filling the needle-like recessed portions with a solution by feeding the solution to the mold from the liquid feeding apparatus and moving the liquid feeding apparatus while, when a travelling direction of the liquid feeding apparatus is set to a primary side and a direction opposite to the travelling direction is set to a secondary side, bringing at least a rear end of the lip land portion on the secondary side into contact with the mold ; and a sheet portion forming step of forming needle portions and a sheet portion using a polymer solution, characterized in that in the filling step, when the rear end of the lip land portion on the secondary side of the liquid feeding apparatus matches with a secondary side inlet of the needle-like recessed portion , the shortest length of a distance from a primary side inlet of the needle-like recessed portion to the lip land portion on the secondary side or a wall surface of a secondary side block of the opening portion of the liquid feeding apparatus is 220 μm or less. an apparatus preparing step of preparing a mold having needle-like recessed portions and having an angle of 120° or more and 160° or less inside the mold , the angle being formed between a flat portion of a surface and an inlet portion of the needle-like recessed portion , and a liquid feeding apparatus including a slit-shaped opening portion formed at a nozzle tip end portion and a lip land portion; a filling step of filling the needle-like recessed portions with a solution by feeding the solution to the mold from the liquid feeding apparatus and moving the liquid feeding apparatus while, when a travelling direction of the liquid feeding apparatus is set to a primary side and a direction opposite to the travelling direction is set to a secondary side, bringing at least a rear end of the lip land portion on the secondary side into contact with the mold ; and a sheet portion forming step of forming needle portions and a sheet portion using a polymer solution, characterized in that in the filling step, when the rear end of the lip land portion on the secondary side of the liquid feeding apparatus matches with a secondary side inlet of the needle-like recessed portion , the shortest length of a distance from a primary side inlet of the needle-like recessed portion to the lip land portion on the secondary side or a wall surface of a secondary side block of the opening portion of the liquid feeding apparatus is 220 μm or less.
An inductor element comprising a metal medium, wherein the metal medium has a spatial arrangement of ordered spins such that the ordered spins have a non-collinear spin structure when traced in a direction, and wherein an electric current is applied through the metal medium in such a way that the electric current has a projection component in the direction, characterized in that the metal medium is a material with the spatial arrangement selected from the group consisting of a cycloidal structure whose wave vector direction is aligned with the direction, a conical spin structure, a tilted conical spin structure, a fan structure, and a spin structure frustrated in three dimensions. wherein the metal medium has a spatial arrangement of ordered spins such that the ordered spins have a non-collinear spin structure when traced in a direction, and wherein an electric current is applied through the metal medium in such a way that the electric current has a projection component in the direction, characterized in that the metal medium is a material with the spatial arrangement selected from the group consisting of a cycloidal structure whose wave vector direction is aligned with the direction, a conical spin structure, a tilted conical spin structure, a fan structure, and a spin structure frustrated in three dimensions.
A flexible flat cable reinforcing tape comprising: an insulating film (A); a layer of an anchor coat (B) having a thickness of 15 to 50 μm on one side of the insulating film (A); and a layer of a hot-melt adhesive (C) having a thickness of 10 to 30 μm in the order thereof. an insulating film (A); a layer of an anchor coat (B) having a thickness of 15 to 50 μm on one side of the insulating film (A); and a layer of a hot-melt adhesive (C) having a thickness of 10 to 30 μm in the order thereof.
A liquid laundry detergent formulation, comprising: a liquid carrier; a cleaning surfactant; and a cleaning booster polymer, wherein the cleaning booster polymer, comprises: (a) 50 to 95 wt%, based on dry weight of the cleaning booster polymer, of structural units of a monoethylenically unsaturated carboxylic acid monomer; (b) 5 to 50 wt%, based on dry weight of the cleaning booster polymer, of structural units of an ethylenically unsaturated monomer of formula (I) wherein x is an average of 0 to 20; wherein y is an average of 0 to 30 and wherein x + y ≥ 1; and (c) 0 to 25 wt%, based on dry weight of the cleaning booster polymer, of structural units of an ethylenically unsaturated monomer of formula (II) wherein each R 1 is independently selected from a -C 1-4 alkyl group; and wherein each R 2 is independently selected from the group consisting of a hydrogen and a methyl group. a liquid carrier; a cleaning surfactant; and a cleaning booster polymer, wherein the cleaning booster polymer, comprises: (a) 50 to 95 wt%, based on dry weight of the cleaning booster polymer, of structural units of a monoethylenically unsaturated carboxylic acid monomer; (b) 5 to 50 wt%, based on dry weight of the cleaning booster polymer, of structural units of an ethylenically unsaturated monomer of formula (I) wherein x is an average of 0 to 20; wherein y is an average of 0 to 30 and wherein x + y ≥ 1; and (c) 0 to 25 wt%, based on dry weight of the cleaning booster polymer, of structural units of an ethylenically unsaturated monomer of formula (II) wherein each R 1 is independently selected from a -C 1-4 alkyl group; and wherein each R 2 is independently selected from the group consisting of a hydrogen and a methyl group. (a) 50 to 95 wt%, based on dry weight of the cleaning booster polymer, of structural units of a monoethylenically unsaturated carboxylic acid monomer; (b) 5 to 50 wt%, based on dry weight of the cleaning booster polymer, of structural units of an ethylenically unsaturated monomer of formula (I) wherein x is an average of 0 to 20; wherein y is an average of 0 to 30 and wherein x + y ≥ 1; and (c) 0 to 25 wt%, based on dry weight of the cleaning booster polymer, of structural units of an ethylenically unsaturated monomer of formula (II) wherein each R 1 is independently selected from a -C 1-4 alkyl group; and wherein each R 2 is independently selected from the group consisting of a hydrogen and a methyl group. wherein each R 1 is independently selected from a -C 1-4 alkyl group; and wherein each R 2 is independently selected from the group consisting of a hydrogen and a methyl group.
Method for detecting a 3D scene by means of a LIDAR system including a transmitter and a receiver as well as a pivotable mirror arrangement arranged between the transmitter and the 3D scene , wherein the transmitter is operated as a laser light source and the receiver is configured as a matrix sensor with a single-beam optical system and light sensors distributed over a surface , wherein by means of light pulses of the transmitter , light points which are reflected back are generated with spatial resolution at image points of a point cloud of the 3D scene while the mirror arrangement is pivoted, and from each of these light points of the light sensors an input signal is determined, and a distance of the light points to the matrix sensor is determined on the basis of a time-of-flight measurement, wherein a defocused input signal of a light point comprising a plurality of light sensors is imaged by means of the single-beam optical system , and the input signals of adjacent light sensors are compared with one another, characterised that time values determined in the light sensors for the light pulses determined in the corresponding light sensors are combined into a temporal histogram, wherein the distance between the light points and the matrix sensor is determined from the maximum of the histogram.
A device for processing a query over a data store to return a window of data that satisfies the query, wherein the query involves a sort operation, the device comprising: at least one query processor that is adapted to: receive a query from an application; define a query specification and analyze the query specification to determine an execution path for satisfying the query, wherein the execution path depends on a distribution and cardinality of data identifiers on the column for which sort will be performed; compute a histogram containing ordered data identifiers and a running sum of occurrences of data identifiers on the column for which sort is to be performed; determine at least one result set for the sort operation that match with the window, by comparing a window position with the running sum in the histogram to determine ordered data identifiers in rows matching the window position, determining storage line numbers for the determined ordered data identifiers, picking up from the determined storage line numbers data of the rows matching the window position, and returning the picked up data as the at least one result set; and transmit the at least one result set to the application. receive a query from an application; define a query specification and analyze the query specification to determine an execution path for satisfying the query, wherein the execution path depends on a distribution and cardinality of data identifiers on the column for which sort will be performed; compute a histogram containing ordered data identifiers and a running sum of occurrences of data identifiers on the column for which sort is to be performed; determine at least one result set for the sort operation that match with the window, by comparing a window position with the running sum in the histogram to determine ordered data identifiers in rows matching the window position, determining storage line numbers for the determined ordered data identifiers, picking up from the determined storage line numbers data of the rows matching the window position, and returning the picked up data as the at least one result set; and transmit the at least one result set to the application.
A method for preparing a medical product, said method comprising - providing an aqueous dispersion of nanofibrillar cellulose, - providing a layer of gauze, - impregnating the layer of gauze by soaking throughout with the aqueous dispersion of nanofibrillar cellulose so that the nanofibrillar cellulose is distributed evenly in the gauze and no separate layers are formed from the nanofibrillar cellulose on any surface of the gauze, and - dewatering the impregnated gauze, to obtain the medical product. - providing an aqueous dispersion of nanofibrillar cellulose, - providing a layer of gauze, - impregnating the layer of gauze by soaking throughout with the aqueous dispersion of nanofibrillar cellulose so that the nanofibrillar cellulose is distributed evenly in the gauze and no separate layers are formed from the nanofibrillar cellulose on any surface of the gauze, and - dewatering the impregnated gauze,
Branched geminal zwitterionic liquids, sulfobetaine- and hydroxysultaine-base with the following structural formula: Where: R 1 = It is a radical represented by alkyl or alkenyl chains, linear or branched; or a group cycle alkyl or aryl; R 2 = It is a radical represented by alkyl or alkenyl chains, linear or branched; or a group cycle alkyl or aryl; R 3 = -CH 2 -, -CH 2 -CH(OH)-; y = values of 0 and 1; When is y equal to 1: R 4 = It is a radical represented by -OH; n values of 1 to 500. R 1 = It is a radical represented by alkyl or alkenyl chains, linear or branched; or a group cycle alkyl or aryl; R 2 = It is a radical represented by alkyl or alkenyl chains, linear or branched; or a group cycle alkyl or aryl; R 3 = -CH 2 -, -CH 2 -CH(OH)-; y = values of 0 and 1; R 4 = It is a radical represented by -OH; n values of 1 to 500.
A physiologically-tolerable oligoguluronate having a molecular weight in the range 350 Da to 6000 Da for use in a method of treatment of a human subject suffering from cystic fibrosis, wherein said treatment is to reduce mucosal hyperviscosity in the digestive tract, and said method comprises application of said oligoguluronate to a mucosal surface in the digestive tract of said subject.
An adjustable frame assembly for a plurality of filter modules , the adjustable frame assembly comprising: a lower base arrangement and an upper base arrangement , each of the base arrangements including a plurality of mounts arranged to receive one end of a plurality of filter modules and at least one of the base arrangements including a piping system (23; 24) arranged to channel fluid to or from an end of the plurality of filter modules , and an adjustable frame structure connected between the lower base arrangement and the upper base arrangement , the adjustable frame structure being moveable between a first position, wherein the lower and upper base arrangements are spaced a first distance apart, and a second position, wherein the lower and upper base arrangements are spaced a second distance greater than first distance apart, the second distance corresponding to a height of the plurality of filter modules and allowing the plurality of filter modules to be positioned on the mounts of the lower and upper base arrangements and coupled to the piping system (23; 24); characterized in that the adjustable frame structure includes a first frame assemblage connected to the lower base arrangement and a second frame assemblage connected to the upper base arrangement , the second frame assemblage being connected to the first frame assemblage , the second frame assemblage being moveable along the first frame assemblage between the first and second positions of the adjustable frame structure . a lower base arrangement and an upper base arrangement , each of the base arrangements including a plurality of mounts arranged to receive one end of a plurality of filter modules and at least one of the base arrangements including a piping system (23; 24) arranged to channel fluid to or from an end of the plurality of filter modules , and an adjustable frame structure connected between the lower base arrangement and the upper base arrangement , the adjustable frame structure being moveable between a first position, wherein the lower and upper base arrangements are spaced a first distance apart, and a second position, wherein the lower and upper base arrangements are spaced a second distance greater than first distance apart, the second distance corresponding to a height of the plurality of filter modules and allowing the plurality of filter modules to be positioned on the mounts of the lower and upper base arrangements and coupled to the piping system (23; 24); characterized in that the adjustable frame structure includes a first frame assemblage connected to the lower base arrangement and a second frame assemblage connected to the upper base arrangement , the second frame assemblage being connected to the first frame assemblage , the second frame assemblage being moveable along the first frame assemblage between the first and second positions of the adjustable frame structure .
Composition comprising at least one surfactant and at least one natural material with a Mohs hardness of from 4 to 8, in particular 5 to 6, characterized in that the natural material is embedded in hydrogel particles; the natural material is pumice; and the composition is a composition for cleaning hard surfaces. the natural material is embedded in hydrogel particles; the natural material is pumice; and the composition is a composition for cleaning hard surfaces.
Motor bogie of a railway vehicle comprising at least one pair of wheels , the wheels of the or each pair being connected to each other by a shaft in order to form an axle , the bogie comprising in addition a motor , substantially coaxial to the axle , in order to drive the axle in rotation about its axis, the motor comprising a rotor mounted around the axle , the motor driving the axle in rotation by means of a reduction gear , characterised in that the bogie comprises a hollow shaft for transmission of the drive of the motor to the axle , the hollow shaft being interposed between the axle and the rotor .
A vehicle-to-everything communications method, comprising: receiving, by a first center server, service information of a second center server, wherein the service information comprises addressing information of the second center server and the service region of the second center server; receiving, by the first center server, a request message from a target vehicle for obtaining server information, wherein the request message from the target vehicle for obtaining server information comprises an identifier of the target vehicle and location information of the target vehicle, and a location indicated by the location information of the target vehicle is in a service region of the second center server; sending, by the first center server, a request message for obtaining server information to the second center server, wherein the request message sent by the first center server for obtaining server information comprises the location information of the target vehicle; receiving, by the first center server, addressing information of a regional server from the second center server, wherein the regional server is a server that is determined by the second center server based on the location information of the target vehicle and the regional server provides a service for a vehicle in a region in which said vehicle is located; and returning, by the first center server, the addressing information of the regional server to the target vehicle . receiving, by the first center server, a request message from a target vehicle for obtaining server information, wherein the request message from the target vehicle for obtaining server information comprises an identifier of the target vehicle and location information of the target vehicle, and a location indicated by the location information of the target vehicle is in a service region of the second center server; sending, by the first center server, a request message for obtaining server information to the second center server, wherein the request message sent by the first center server for obtaining server information comprises the location information of the target vehicle; receiving, by the first center server, addressing information of a regional server from the second center server, wherein the regional server is a server that is determined by the second center server based on the location information of the target vehicle and the regional server provides a service for a vehicle in a region in which said vehicle is located; and returning, by the first center server, the addressing information of the regional server to the target vehicle .
A liquid crystal optical modulation device configured to perform light control drive of a liquid crystal panel that is in an opaque and diffused state when no voltage is applied thereto, the device comprising: an optical modulation control section configured to switch and set a frequency of a drive voltage in the form of a rectangular wave which is to be applied to the liquid crystal panel, in accordance with a first range and a second range, higher than the first range, of the drive voltage, wherein the optical modulation control section is configured to switch and set the frequency of the drive voltage so as to be decreased in conjunction with an increase of the drive voltage from the first range to the second range; wherein the device is configured to compare the drive voltage and a preset threshold separating the first range and the second range of the drive voltage, wherein the optical modulation control section is configured to switch and set the frequency of the drive voltage to a first fixed value of the frequency associated with the first range or to a second fixed value associated with the second range in accordance with a comparison result between the drive voltage and the preset threshold, wherein the first fixed value is higher than the second fixed value. an optical modulation control section configured to switch and set a frequency of a drive voltage in the form of a rectangular wave which is to be applied to the liquid crystal panel, in accordance with a first range and a second range, higher than the first range, of the drive voltage, wherein the optical modulation control section is configured to switch and set the frequency of the drive voltage so as to be decreased in conjunction with an increase of the drive voltage from the first range to the second range; wherein the device is configured to compare the drive voltage and a preset threshold separating the first range and the second range of the drive voltage, wherein the optical modulation control section is configured to switch and set the frequency of the drive voltage to a first fixed value of the frequency associated with the first range or to a second fixed value associated with the second range in accordance with a comparison result between the drive voltage and the preset threshold, wherein the first fixed value is higher than the second fixed value.
Parking robot system for a motor vehicle with a plurality of wheels , wherein the parking robot system comprises a main robot and a plurality of auxiliary robots ; wherein the auxiliary robots respectively have a pair of wheel support arms and are respectively designed to drive autonomously, with folded-in wheel support arms , from outside to next to a respective one of the wheels of the motor vehicle , and to lift the respective wheel by unfolding the respective pair of wheel support arms , and the main robot is designed to accompany the auxiliary robots with the raised motor vehicle during a travel to a prespecified target position; wherein the respective auxiliary robots are designed only with simple technical equipment, and a control device and a sensor device are provided only in the main robot ; wherein the sensor device of the main robot is designed to detect an environment of the main robot as well as to localize, in the detected environment, obstacles to the main robot and the respective auxiliary robots with the raised motor vehicle , and the control device of the main robot is designed to provide a respective travel trajectory for the respective auxiliary robots as well as a travel trajectory for the main robot to the prespecified target position, taking into account map data provided by the control device , the detected vehicle environment, and/or the localized obstacles.