mhurhangee/ep-ind-claims huggingface dataset:
A medical supporting arm control apparatus comprising: a position acquisition section configured to detect a spatial position of an operating point in a multi-link structure configured by coupling a plurality of links by a joint section; a comparison section configured to compare a movable region of the operating point with the spatial position, the movable region being set in advance; and an operation restriction section configured to restrict an operation of the operating point on a basis of a result of the comparison; the operation restriction section restricts the operation of the operating point on a basis of region information of the movable region set in advance in a case where the operating point invades an unsafe region beyond the movable region; and the operation restriction section restricts the operation of the operating point more as the operating point comes closer to a border between the movable region and the unsafe region in the movable region; and characterized by a movable region update section configured to, in the case where the operating point invades the unsafe region, enlarge the movable region, following the operating point's invasion of the unsafe region, such that an operator can enlarge the safe movable region by an operation and at timing of the operator in accordance with an environment or a situation during use of the medical supporting arm control apparatus. a position acquisition section configured to detect a spatial position of an operating point in a multi-link structure configured by coupling a plurality of links by a joint section; a comparison section configured to compare a movable region of the operating point with the spatial position, the movable region being set in advance; and an operation restriction section configured to restrict an operation of the operating point on a basis of a result of the comparison; the operation restriction section restricts the operation of the operating point on a basis of region information of the movable region set in advance in a case where the operating point invades an unsafe region beyond the movable region; and the operation restriction section restricts the operation of the operating point more as the operating point comes closer to a border between the movable region and the unsafe region in the movable region; and characterized by a movable region update section configured to, in the case where the operating point invades the unsafe region, enlarge the movable region, following the operating point's invasion of the unsafe region, such that an operator can enlarge the safe movable region by an operation and at timing of the operator in accordance with an environment or a situation during use of the medical supporting arm control apparatus.
A process for purifying an aqueous glyoxal solution which comprises at least one acid by extractive acid removal, comprising the steps of I) mixing an aqueous glyoxal solution with an ion exchanger solution comprising 20 to 60% by weight of a straight-chain or branched aliphatic tertiary amine with a molecular weight of from 300 to 600 g/mol and 80 to 40% by weight of one or more organic solvents with limited water miscibility, selected from aliphatic alcohols having from 3 to 15 carbon atoms, for a residence time of < 5 minutes and at a temperature of 30 to 100°C to prepare a mixture, II) separating the mixture from step I) into an extracted aqueous glyoxal solution and a laden ion exchanger solution and removing the laden ion exchanger solution at temperatures of 30 to 100°C and III) separating the extracted aqueous glyoxal solution into tertiary amine and purified aqueous glyoxal solution, and removing the tertiary amine at temperatures of < 30°C. I) mixing an aqueous glyoxal solution with an ion exchanger solution comprising 20 to 60% by weight of a straight-chain or branched aliphatic tertiary amine with a molecular weight of from 300 to 600 g/mol and 80 to 40% by weight of one or more organic solvents with limited water miscibility, selected from aliphatic alcohols having from 3 to 15 carbon atoms, for a residence time of < 5 minutes and at a temperature of 30 to 100°C to prepare a mixture, II) separating the mixture from step I) into an extracted aqueous glyoxal solution and a laden ion exchanger solution and removing the laden ion exchanger solution at temperatures of 30 to 100°C and III) separating the extracted aqueous glyoxal solution into tertiary amine and purified aqueous glyoxal solution, and removing the tertiary amine at temperatures of < 30°C.
A nonwoven web for an absorbent article, the nonwoven web comprising: a first surface; a second surface; and a repeat unit comprising: a visually discernible pattern of three-dimensional features on the first surface or the second surface, wherein the three-dimensional features comprise one or more first regions and a plurality of second regions; wherein the one or more first regions are different than the plurality of second regions; wherein the one or more first regions comprise a plurality of substantially linear segments; wherein a first group of the plurality of substantially linear segments intersects with a second group of the plurality of substantially linear segments at angles of intersection; and wherein the angles of intersection are in the range of about 70 degrees to about 110 degrees, preferably about 80 degrees to about 100 degrees; wherein the first group of the plurality of substantially linear segments have a plurality of different lengths; and wherein at least one substantially linear segment of the first group intersects three or more other substantially linear segments of the second group. a first surface; a second surface; and a repeat unit comprising: a visually discernible pattern of three-dimensional features on the first surface or the second surface, wherein the three-dimensional features comprise one or more first regions and a plurality of second regions; wherein the one or more first regions are different than the plurality of second regions; wherein the one or more first regions comprise a plurality of substantially linear segments; wherein a first group of the plurality of substantially linear segments intersects with a second group of the plurality of substantially linear segments at angles of intersection; and wherein the angles of intersection are in the range of about 70 degrees to about 110 degrees, preferably about 80 degrees to about 100 degrees; wherein the first group of the plurality of substantially linear segments have a plurality of different lengths; and wherein at least one substantially linear segment of the first group intersects three or more other substantially linear segments of the second group. a visually discernible pattern of three-dimensional features on the first surface or the second surface, wherein the three-dimensional features comprise one or more first regions and a plurality of second regions; wherein the one or more first regions are different than the plurality of second regions; wherein the one or more first regions comprise a plurality of substantially linear segments; wherein a first group of the plurality of substantially linear segments intersects with a second group of the plurality of substantially linear segments at angles of intersection; and wherein the angles of intersection are in the range of about 70 degrees to about 110 degrees, preferably about 80 degrees to about 100 degrees; wherein the first group of the plurality of substantially linear segments have a plurality of different lengths; and wherein at least one substantially linear segment of the first group intersects three or more other substantially linear segments of the second group.
A method for processing data from a glucose sensor in a host, the method comprising: measuring a first signal associated with glucose and non-glucose related electroactive compounds, wherein the first signal is measured at a first electrode disposed beneath an active enzymatic portion of a membrane system; measuring a second signal associated with at least one non-glucose related electroactive compound, wherein the second signal is measured at a second electrode disposed beneath a non-enzymatic portion of the membrane system; and monitoring the second signal over a time period, whereby a change in the non-glucose related electroactive compound in the host is measured. measuring a first signal associated with glucose and non-glucose related electroactive compounds, wherein the first signal is measured at a first electrode disposed beneath an active enzymatic portion of a membrane system; measuring a second signal associated with at least one non-glucose related electroactive compound, wherein the second signal is measured at a second electrode disposed beneath a non-enzymatic portion of the membrane system; and monitoring the second signal over a time period, whereby a change in the non-glucose related electroactive compound in the host is measured.
Extrusion blow molded container, the container inner part of which is defined by a container side wall and a container bottom, wherein a stand area is undetachably connected to the container side wall and to the container bottom, wherein at least one partial area of a bottom of a container preliminary product formed from a preform is irreversibly displaced into the container inner part in such a manner that an undercut container bottom is configured on the container at least in one partial area and wherein the stand area of the container is formed in the area of the undercut container bottom from a side wall of the container preliminary product by bending and/or swaging, characterized in that at least one partial area of a section of the container side wall that is adjacent to the undercut container bottom stands substantially perpendicularly on a plane spanned through the standing area. wherein at least one partial area of a bottom of a container preliminary product formed from a preform is irreversibly displaced into the container inner part in such a manner that an undercut container bottom is configured on the container at least in one partial area and wherein the stand area of the container is formed in the area of the undercut container bottom from a side wall of the container preliminary product by bending and/or swaging, characterized in that at least one partial area of a section of the container side wall that is adjacent to the undercut container bottom stands substantially perpendicularly on a plane spanned through the standing area.
A balloon catheter comprising a catheter shaft having flexibility with a lumen formed inside; a balloon that is disposed at the distal end side of the catheter shaft and in communication with the lumen; and a valve portion in which is disposed a connection opening that is connected with the base end side of the catheter shaft, and an attachment opening that is connected with a fluid supply source configured to supply fluid for expanding the balloon, wherein the valve portion is provided with a valve body in which is disposed a pipeline configured to allow communication between the catheter shaft and the fluid supply source, a plug portion that is disposed in the pipeline and that is configured to communicate to the pipeline; and a press operation portion that is disposed in a base end of the plug portion and that is configured to press and deform the plug portion; the attachment opening is disposed at an end portion of a first through hole in the press operation portion; the connection opening and the attachment opening are arranged to communicate by screwing the press operation portion into which the fluid supply source is screwed into the valve body until making contact with the plug portion disposed on the valve body; a thread portion formed in an inner surface of the attachment opening is capable of screwing with another screw portion that is formed in a distal end of the fluid supply source, wherein the screw direction of the fluid supply source and the press operation portion is the same direction as the screw direction of the press operation portion and the valve body; and the plug portion is arranged to be pressable by the press operation portion to elastically deform within a base end side of valve body so that a second through hole of the plug portion is crushed.
An injection device for the needleless injection of a liquid into a substrate, in particular for the injection of liquid pharmaceutical or cosmetic preparation into a biological tissue, comprising a housing, a liquid supply accommodated or arrangeable in the housing, an outlet nozzle and an ejection device for ejecting liquid from the liquid supply through the outlet nozzle, the ejection device having an ejection plunger which can be accelerated to an impact velocity for generating a pulse impact acting on at least a first partial quantity of liquid in the liquid supply, characterized in that an acceleration path of the ejection plunger in the region upstream and downstream of the ejection plunger is connected to pressure compensation openings, so that an influence of air compression or of a resulting underpressure in the acceleration path of the ejection plunger is prevented.
A system for controlling thermal radiation emitted from a surface of a material, characterized by comprising: - at least one outer layer which comprises 20-500 graphene layers; - at least one inner layer which is situated below the outer layer; - at least one intermediate layer which is provided between the outer layer and the inner layer and comprising electrolyte, whereby the inner layer has a structure which does not interact with the anions and/or cations in the electrolyte of the intermediate layer; - at least one power supply which applies electrical voltage to the outer layer and the inner layer so as to allow anions and/or cations in the electrolyte located in the intermediate layer to pass to the outer layer; - at least one control unit for controlling the electrical voltage applied to the outer layer and the inner layer. - at least one outer layer which comprises 20-500 graphene layers; - at least one inner layer which is situated below the outer layer; - at least one intermediate layer which is provided between the outer layer and the inner layer and comprising electrolyte, whereby the inner layer has a structure which does not interact with the anions and/or cations in the electrolyte of the intermediate layer; - at least one power supply which applies electrical voltage to the outer layer and the inner layer so as to allow anions and/or cations in the electrolyte located in the intermediate layer to pass to the outer layer; - at least one control unit for controlling the electrical voltage applied to the outer layer and the inner layer.
A floor drain comprising a frame having a shell and bottom, an interior surrounded by said frame, a drainage aperture opposite the bottom, and one or more side inlets and an outlet associated with the shell, whereby a drain trap is formed in said interior by a no-return pipe slid into the interior from the direction of the drainage aperture to a bottom cup formed below bottom edges of the side inlets and the outlet, while the no-return pipe settles substantially tightly on an inner surface of the shell, whereby an end of the no-return pipe oriented to the drainage aperture side of the floor drain comprises a drainage flange and a collar extending therefrom toward the drainage aperture, thereby arranged to settle against the inner surface of the shell, characterised in that the floor drain further comprises opposite support edges extending from the shell toward the interior of the floor drain, and a support collar extending toward the bottom from along a part of an outer edge of the drainage flange of the no-return pipe, which support collar has opposite end edges and is dimensioned in length to fit exactly between the opposite support edges, whereby the end edges are arranged to interact with the support edges, hereby fitting the support collar of a correctly positioned no-return pipe between the opposite support edges.
An exhaust gas treating catalyst containing a complex oxide represented by a general formula ABO 3, where the A-site is composed of lanthanum (La) and barium (Ba), the B-site is composed of iron (Fe), niobium (Nb) and palladium (Pd), and the exhaust gas treating catalyst fulfills {La x Ba (1-x)}{Fe y Nb (1-y)} (1-z) Pd z O 3 where x is in a range of more than 0.60, but less than 0.80, y is in a range of 0.63 or more, but 0.88 or less, and z is in a range of 0.02 or more, but 0.04 or less.
A surgical instrument for removing a spinal implant from the intervertebral disc space between two adjacent vertebrae, the instrument comprising: a carriage body having a distal engagement surface for interfacing with the implant and a proximal attachment portion; a housing having a distal engagement surface for interfacing with at least one of the adjacent vertebrae, a proximal end, and a central passage extending between the proximal end and distal engagement surface, the central passage dimensioned to mate with the carriage body; and a handle portion having a first portion and a second portion, and the second portion being rotatably engageable with the proximal attachment portion of the carriage body; wherein rotation of the handle portion about an axis causes translational movement of the carriage body along the axis, characterised in that the first portion of the handle portion is rotatably coupled with the proximal end of the housing about one degree of rotational freedom defined by the axis. a carriage body having a distal engagement surface for interfacing with the implant and a proximal attachment portion; a housing having a distal engagement surface for interfacing with at least one of the adjacent vertebrae, a proximal end, and a central passage extending between the proximal end and distal engagement surface, the central passage dimensioned to mate with the carriage body; and a handle portion having a first portion and a second portion, and the second portion being rotatably engageable with the proximal attachment portion of the carriage body;
An encoder comprising: memory; and circuitry coupled to the memory and configured to: generate an encoded bitstream that includes a multi-layer structure comprising a number of layers being larger than one: characterized in that the circuitry is further configured to: store, in the encoded bitstream, - a syntax element having a value indicating that a layer in the multi-layer structure to be output by a decoder is to be arbitrarily specified in the encoded bitstream or by the decoder, the syntax element defining that one or more layers are to be output from among layers arbitrarily specifiable, and - a user flag indicating whether to cause the decoder to arbitrarily specify, for each of the layers of the multi-layer structure, output of said layer, wherein the number of the one or more layers being less than the number of layers of the multi-layer structure. memory; and circuitry coupled to the memory and configured to: generate an encoded bitstream that includes a multi-layer structure comprising a number of layers being larger than one: characterized in that the circuitry is further configured to: store, in the encoded bitstream, - a syntax element having a value indicating that a layer in the multi-layer structure to be output by a decoder is to be arbitrarily specified in the encoded bitstream or by the decoder, the syntax element defining that one or more layers are to be output from among layers arbitrarily specifiable, and - a user flag indicating whether to cause the decoder to arbitrarily specify, for each of the layers of the multi-layer structure, output of said layer, wherein the number of the one or more layers being less than the number of layers of the multi-layer structure. store, in the encoded bitstream, - a syntax element having a value indicating that a layer in the multi-layer structure to be output by a decoder is to be arbitrarily specified in the encoded bitstream or by the decoder, the syntax element defining that one or more layers are to be output from among layers arbitrarily specifiable, and - a user flag indicating whether to cause the decoder to arbitrarily specify, for each of the layers of the multi-layer structure, output of said layer, - a syntax element having a value indicating that a layer in the multi-layer structure to be output by a decoder is to be arbitrarily specified in the encoded bitstream or by the decoder, the syntax element defining that one or more layers are to be output from among layers arbitrarily specifiable, and - a user flag indicating whether to cause the decoder to arbitrarily specify, for each of the layers of the multi-layer structure, output of said layer, wherein the number of the one or more layers being less than the number of layers of the multi-layer structure.
A data processing method, implemented by a terminal having a driver and an application program being an application program client installed on the terminal, wherein the application program sets a network wakeup parameter for the driver, the method comprising: obtaining a first network wakeup parameter for waking up the application program installed on the terminal when the application program is in a standby mode, the obtaining a first network wakeup parameter comprises receiving, by the driver of the terminal, the first network wakeup parameter sent by the application program; reporting, by the driver, the first network wakeup parameter to a power saving service program, performing, by the power saving service program, reconfiguration processing on the first network wakeup parameter based on a first configuration condition preset in the power saving service program to obtain a second network wakeup parameter; sending, by the power saving service program, the second network wakeup parameter to the driver of the terminal; after receiving the second network wakeup parameter, updating, by the driver, the first network wakeup parameter to the second network wakeup parameter, and writing, by the driver, the second network wakeup parameter into Wi-Fi firmware. obtaining a first network wakeup parameter for waking up the application program installed on the terminal when the application program is in a standby mode, the obtaining a first network wakeup parameter comprises receiving, by the driver of the terminal, the first network wakeup parameter sent by the application program; reporting, by the driver, the first network wakeup parameter to a power saving service program, performing, by the power saving service program, reconfiguration processing on the first network wakeup parameter based on a first configuration condition preset in the power saving service program to obtain a second network wakeup parameter; sending, by the power saving service program, the second network wakeup parameter to the driver of the terminal; after receiving the second network wakeup parameter, updating, by the driver, the first network wakeup parameter to the second network wakeup parameter, and writing, by the driver, the second network wakeup parameter into Wi-Fi firmware.