mhurhangee/patent-ind-claim-en huggingface dataset:
A catheterization package comprising: a catheterization tray comprising: a first compartment holding a drainage system; a second compartment holding a syringe ; a third compartment holding a swab in an inclined position such that an absorbent head of the swab is biased downwardly into a well of the third compartment and an elongate member of the swab angles upwardly for easier gripping and removal; catheterization instructions imprinted directly on the catheterization tray ; a sterile wrap wrapped around the catheterization tray ; and a belly band outside the sterile wrap , the belly band including an instruction regarding how to orient the catheterization tray prior to opening the sterile wrap . a first compartment holding a drainage system; a second compartment holding a syringe ; a third compartment holding a swab in an inclined position such that an absorbent head of the swab is biased downwardly into a well of the third compartment and an elongate member of the swab angles upwardly for easier gripping and removal; catheterization instructions imprinted directly on the catheterization tray ; a sterile wrap wrapped around the catheterization tray ; and a belly band outside the sterile wrap , the belly band including an instruction regarding how to orient the catheterization tray prior to opening the sterile wrap .
A radio frequency filter with a cavity structure, comprising: a housing having an inner hollow portion to have a cavity and open from one side of the housing ; a cover sealing the open side of the housing ; and a resonant element disposed inside the hollow housing , wherein a through hole is formed at a part of the cover , corresponding to the resonant element , and a tuning element is installed covering the through hole, for frequency tuning, characterized in that the tuning element is formed of a material having a different thermal expansion coefficient from a thermal expansion coefficient of a material of the cover , wherein a plurality of dot peens (a) are formed on a bottom surface of the tuning element using an external marking equipment . a housing having an inner hollow portion to have a cavity and open from one side of the housing ; a cover sealing the open side of the housing ; and a resonant element disposed inside the hollow housing , wherein a through hole is formed at a part of the cover , corresponding to the resonant element , and a tuning element is installed covering the through hole, for frequency tuning, characterized in that the tuning element is formed of a material having a different thermal expansion coefficient from a thermal expansion coefficient of a material of the cover , wherein a plurality of dot peens (a) are formed on a bottom surface of the tuning element using an external marking equipment .
Motor vehicle comprising an engine compartment (CM) and a passenger compartment (H), the engine compartment (CM) and the passenger compartment (H) being separated by a bulkhead , and a heating, ventilation and/or air conditioning device for the vehicle, comprising a housing defining at least one air duct for the flow of an air stream, comprising: - an inlet module , comprising at least one air inlet , an air filter being arranged within the inlet module ; and - a distribution module , comprising at least one air outlet ; the inlet module and the distribution module being joined to one another in a removable manner, the inlet module being arranged in the engine compartment (CM) of the vehicle, the distribution module being arranged in the passenger compartment (H) of the vehicle, the inlet module and the distribution module being directly joined to one another in a removable manner, the bulkhead comprising a first opening in order to let air streams (Fa, Fb) coming from the inlet module pass into the distribution module , characterized in that the air filter can be removed from the passenger compartment (H) of the vehicle, the bulkhead comprising a second opening to allow a user to access the air filter . - an inlet module , comprising at least one air inlet , an air filter being arranged within the inlet module ; and - a distribution module , comprising at least one air outlet ;
A process for producing pure lactic acid from a liquid whey by-product selected from whey permeate, concentrated whey permeate and delactosed whey permeate that contains at least 30 g/L lactose and at least 1500 ppm chloride, the method comprising the steps of: neutralising the whey by-product with a basic metal hydroxide to form a precipitate comprising calcium and phosphate; separating the precipitate from the whey by-product to provide a clarified whey by-product; incubating the clarified whey by-product with a bacterium capable of bioconversion of lactose to lactic acid to provide a fermentation broth containing lactic acid in the form of a lactic acid salt; acidification of the fermentation broth to release lactic acid from the lactic acid salt; removing precipitate from the broth produced by acidification; and treatment of the acidified fermentation broth to recover pure lactic acid. neutralising the whey by-product with a basic metal hydroxide to form a precipitate comprising calcium and phosphate; separating the precipitate from the whey by-product to provide a clarified whey by-product; incubating the clarified whey by-product with a bacterium capable of bioconversion of lactose to lactic acid to provide a fermentation broth containing lactic acid in the form of a lactic acid salt; acidification of the fermentation broth to release lactic acid from the lactic acid salt; removing precipitate from the broth produced by acidification; and treatment of the acidified fermentation broth to recover pure lactic acid.
A method for data breach detection, comprising: identifying a plurality of snapshots of a data structure, each of the plurality of snapshots corresponds to a backup of the data structure at a different point in time; identifying a plurality of leaf nodes of the data structure for each of the snapshots; generating a vector of data attributes for each of the leaf nodes; assigning a weight to each of the vectors to produce a set of weighted vectors for each of the snapshots; computing a distance metric between each pair of the snapshots based on the corresponding sets of weighted vectors; and detecting an abnormal snapshot among the plurality of snapshots based on the distance metrics. identifying a plurality of snapshots of a data structure, each of the plurality of snapshots corresponds to a backup of the data structure at a different point in time; identifying a plurality of leaf nodes of the data structure for each of the snapshots; generating a vector of data attributes for each of the leaf nodes; assigning a weight to each of the vectors to produce a set of weighted vectors for each of the snapshots; computing a distance metric between each pair of the snapshots based on the corresponding sets of weighted vectors; and detecting an abnormal snapshot among the plurality of snapshots based on the distance metrics.
An apparatus for creating incisions in a human cornea, the apparatus comprising: a source of pulsed laser radiation; a scanner device for scanning the laser radiation; a control computer for controlling the scanner device based on a control program , the control program containing instructions that, when executed by the computer, bring about the creation in the cornea of: a flap cut defining a corneal flap that is connected to surrounding corneal tissue through a hinge; and a reservoir located at least partially deeper within the cornea than the flap cut, characterized by additionally bringing about the creation in the cornea of: one or more auxiliary cuts in connection with the flap cut for removing gas generated during creation of the flap cut, wherein the one or more auxiliary cuts define a first channel extending from the flap cut to an anterior surface of the cornea, and wherein the reservoir is connected with the first channel and locations of connection of the reservoir and the first channel with the flap cut are at least partially overlapping. a source of pulsed laser radiation; a scanner device for scanning the laser radiation; a control computer for controlling the scanner device based on a control program , the control program containing instructions that, when executed by the computer, bring about the creation in the cornea of: a flap cut defining a corneal flap that is connected to surrounding corneal tissue through a hinge; and a reservoir located at least partially deeper within the cornea than the flap cut, characterized by additionally bringing about the creation in the cornea of: one or more auxiliary cuts in connection with the flap cut for removing gas generated during creation of the flap cut, wherein the one or more auxiliary cuts define a first channel extending from the flap cut to an anterior surface of the cornea, and wherein the reservoir is connected with the first channel and locations of connection of the reservoir and the first channel with the flap cut are at least partially overlapping. a flap cut defining a corneal flap that is connected to surrounding corneal tissue through a hinge; and a reservoir located at least partially deeper within the cornea than the flap cut, characterized by additionally bringing about the creation in the cornea of: one or more auxiliary cuts in connection with the flap cut for removing gas generated during creation of the flap cut, wherein the one or more auxiliary cuts define a first channel extending from the flap cut to an anterior surface of the cornea, and wherein the reservoir is connected with the first channel and locations of connection of the reservoir and the first channel with the flap cut are at least partially overlapping.
An elastic seal member formed of an elastic material in a plate shape and adapted to be fitted into an opening on one end side of a tubular connector housing , the elastic seal member comprising; a plurality of electric wire insertion holes arranged through which a terminal-equipped electric wire is inserted in a thickness direction (D1), and a thinned groove is provided adjacent to the electric wire insertion hole on at least one of the front and back surfaces in the plate shape, wherein the thinned groove is formed into a shape that does not overlap with a circular range centered on the electric wire insertion hole in a plan view when viewing the one of the front and back surfaces, and each circular range of the electric wire insertion holes adjacent to each other interposing the thinned groove does not overlap with each other, and wherein the electric wire insertion hole has a small diameter portion having a relatively small inner diameter (φS) and a large diameter portion having a relatively large inner diameter (φL), two adjacent electric wire insertion holes without interposing the thinned groove are provided so that the large diameter portions are separated by a predetermined distance (L1), characterized in that the circular range has a diameter (φC) equal to or larger than a length obtained by adding the two predetermined distances (L1) to the inner diameter (φL) of the large diameter portion .
Container for storing liquefied gas, in particular cryogenic fluid such as helium, comprising a first, inner tank extending in a longitudinal direction (A) and intended to store the liquefied gas, a second, outer tank arranged around the first tank with a vacuum insulated spacing between the first and the second tank, the container comprising a device for supporting the first tank in the second tank , the first tank being intended to be maintained at a cryogenic temperature while the second tank is intended to be maintained at a temperature higher than the temperature of the first tank , the support device comprising a fixed and rigid connection extending in a longitudinal direction (A) between, on the one hand, one end of the second tank and, on the other hand, an adjacent end of the first tank , the fixed and rigid connection comprising a set of walls forming back-and-forths in the longitudinal direction (A) so as to constitute a thermal insulation path between, on the one hand, the second tank and, on the other hand, the first tank , characterized in that the longitudinal direction is horizontal and in that the set of walls forming back-and-forths in the longitudinal direction (A) of the fixed and rigid connection comprises at least one wall made of titanium.
A progesterone antagonist selected from 21-methoxy-17α-acetoxy-11β-(4-N,N-dimethylaminophenyl)-19-norpregna-4,9-diene-3,20-dione (CDB-4124) or 17α-acetoxy-11β-(4-N,N-dimethylaminophenyl)-19-norpregna-4,9-dien-3,20-dione for use in medical treatment of endometriosis in a patient, according to an intermittent administration regimen comprising administering a therapeutically effective amount of a progesterone antagonist for an administration period during which the progesterone antagonist is administered daily or every other day, over a period of 1, 2, 3, 4, 5, or 6 months, then discontinuing said administration for a discontinuance period by means of a continual lack of treatment with the progesterone antagonist for a period of time sufficient for the female to undergo menstruation, said period of time being less than the number of days during which the progesterone antagonist was previously administered, then administering a therapeutically effective amount of a progesterone antagonist daily or every other day, over a period of 1, 2, 3, 4, 5, or 6 months, then discontinuing said administration by means of a continual lack of treatment with the progesterone antagonist for a period of time sufficient for the female to undergo menstruation, and repeating this treatment of intermittent administration in order to achieve treatment of the endometriosis.
Placeable device for a hob, comprising a handle for handling the placeable device , a controller , a transmitter unit for transmitting signals from the placeable device to the hob, and at least one input unit having at least one input region integrated in the handle for a user of the placeable device to input a user command, the transmitter unit and the input unit being connected to the controller so as to transmit signals, and it being possible to control the hob by means of the user command, characterised in that the handle has a grip portion for gripping for the purpose of manually moving the placeable device , and at least one input portion , the input region being arranged in the input portion , at least one sensor for detecting the handle being approached and/or for detecting the handle being touched by the user being arranged at least in the grip portion , it being possible to block the input of the user command by means of the controller on the basis of a human hand approaching the input portion of the handle being detected by means of the sensor designed as a proximity sensor, and/or it being possible to block the input of the user command by means of the controller on the basis of the gripping being detected by this sensor .
A non-aqueous electrolyte secondary battery comprising: a positive electrode with a positive electrode active material layer formed on a positive electrode current collector; a negative electrode with a negative electrode active material layer formed on a negative electrode current collector; a separator provided to be interposed between the positive electrode and the negative electrode ; and a non-aqueous electrolyte solution, which are enclosed in an exterior material , wherein: the positive electrode active material layer comprises a lithium transition metal oxide of layered crystal structure; the negative electrode active material layer comprises a lithium titanium oxide of spinel-type crystal structure, and is 20.0 μm or more and 27.8 μm or less in thickness; and a ratio between a thickness of the positive electrode active material layer and the thickness of the negative electrode active material layer meets a requirement of the following formula : 0.59 ≤ thickness of positive electrode active material layer / thickness of negative electrode active material layer ≤ 1.50 the positive electrode active material layer comprises a lithium transition metal oxide of layered crystal structure; the negative electrode active material layer comprises a lithium titanium oxide of spinel-type crystal structure, and is 20.0 μm or more and 27.8 μm or less in thickness; and a ratio between a thickness of the positive electrode active material layer and the thickness of the negative electrode active material layer meets a requirement of the following formula : 0.59 ≤ thickness of positive electrode active material layer / thickness of negative electrode active material layer ≤ 1.50
Telescopic support , comprising: - a leg having a lower leg part and an upper leg part , the upper leg part having a plurality of vertically spaced through holes , and - a locking pin having a bolt, which is releasably connected to one of the vertically spaced through holes of the upper leg part , characterized in that the locking pin has a cap which is connected to the locking pin , the cap having a fastening sleeve which is pulled over one end of the locking pin , the cap further comprising a spring for actuating through the outside of the lower leg part . - a leg having a lower leg part and an upper leg part , the upper leg part having a plurality of vertically spaced through holes , and - a locking pin having a bolt, which is releasably connected to one of the vertically spaced through holes of the upper leg part ,
Method for treating TA (terephthalic acid), in which a suspension having TA-crystals and a mother liquid is filtered by means of a drum filter , wherein mother liquid is discharged as filtrate and the TA-crystals deposit on a filter area of the drum filter as an aggregate of TA-crystals, wherein an upper side of the aggregate of TA-crystals on the filter area is acted upon by a treatment gas, due to an applied first pressure difference the treatment gas flows through the aggregate of TA-crystals from the upper side towards the filter area , the dehumidified aggregate of TA-crystals on the filter area is acted upon by a washing liquid and washed, wherein the washing liquid flows through the aggregate due to an applied second pressure difference. characterized in that - the drum filter is provided with filter cells , - in that residual mother liquid is expelled from the aggregate towards the filter area for dehumidifying the aggregate and is discharged via the filter cell positioned under the filter area , - in that for releasing and discharging the aggregate from the filter area a pressure gas impact is provided by means of a pressure gas unit from bellow of the filter cell , wherein the aggregate is blown off from the filter area , and - in that the filter cell is internally flushed prior to the provition of the pressure gas impact by means of a flushing device. - the drum filter is provided with filter cells , - in that residual mother liquid is expelled from the aggregate towards the filter area for dehumidifying the aggregate and is discharged via the filter cell positioned under the filter area , - in that for releasing and discharging the aggregate from the filter area a pressure gas impact is provided by means of a pressure gas unit from bellow of the filter cell , wherein the aggregate is blown off from the filter area , and - in that the filter cell is internally flushed prior to the provition of the pressure gas impact by means of a flushing device.
A display device (100/100A) capable of displaying an aerial image (P1') with retroreflection, the display device (100/100A) comprising: a transparent light guiding layer , the light guiding layer having a bottom face or a bottom portion on which a light diffusing region (P1) is formed as a design (P1); a retroreflective layer disposed on a side on which the light guiding layer has the bottom face; a polarizing beam splitter disposed on a side on which the light guiding layer has an upper face, the polarizing beam splitter allowing light having a first polarization direction to pass through the polarizing beam splitter ; and an emission unit configured to emit, into the light guiding layer , the light having the first polarization direction or light having a second polarization direction different from the first polarization direction, wherein when the light having the first polarization direction is emitted, light reflected by the light diffusing region (P1) passes through the polarizing beam splitter such that the design (P1) is viewable, and when the light having the second polarization direction is emitted, light reflected by the retroreflective layer passes through the polarizing beam splitter such that the aerial image (P1') of the design (P1) is viewable. a transparent light guiding layer , the light guiding layer having a bottom face or a bottom portion on which a light diffusing region (P1) is formed as a design (P1); a retroreflective layer disposed on a side on which the light guiding layer has the bottom face; a polarizing beam splitter disposed on a side on which the light guiding layer has an upper face, the polarizing beam splitter allowing light having a first polarization direction to pass through the polarizing beam splitter ; and an emission unit configured to emit, into the light guiding layer , the light having the first polarization direction or light having a second polarization direction different from the first polarization direction, wherein when the light having the first polarization direction is emitted, light reflected by the light diffusing region (P1) passes through the polarizing beam splitter such that the design (P1) is viewable, and when the light having the second polarization direction is emitted, light reflected by the retroreflective layer passes through the polarizing beam splitter such that the aerial image (P1') of the design (P1) is viewable.