mhurhangee/patent-ind-claim-en huggingface dataset:
A toothbrush comprising a handle and a head provided with a base and bristles, this head being pivotably mounted with respect to the handle , the handle comprising at one end , two arms projecting along a longitudinal axis of the handle and defining a space , the head being pivotably mounted in the space defined by the arms , along an axis perpendicular to the arms and passing through the arms , the handle comprising a button integral with a rigid rod extending inside the handle up to a end thereof, the button comprising two positions, namely a blocking position in which the rod projectingly extends into the space defined by the arms along a longitudinal axis , the rod being partially inserted in a notch provided on a front face of the base so as to block rotation of the head , and an unblocking position in which the rod is retracted and does not extend into the space defined by the arms , in the unblocking position, the head is free to pivot, the brush can be used both when the head is blocked or free to pivot, the unblocking position enabling the palatine and lingual surfaces of the teeth to be easily washed and enabling the brush to adapt to the user's morphology.
A method, performed in a wireless device , being served by a network node , for controlling Full Duplex, FD, transmission power, the method comprising: - receiving (S1) from the network node, information indicative of a downlink transmission power of the network node , - obtaining (S3) at least one Full Duplex maximum power reduction parameter, based on the received information, - determining (S5) uplink transmission power based on the at least one Full Duplex maximum power reduction parameter and - transmitting (S6) an uplink signal to the network node, with the determined uplink transmission power, in FD mode. - receiving (S1) from the network node, information indicative of a downlink transmission power of the network node , - obtaining (S3) at least one Full Duplex maximum power reduction parameter, based on the received information, - determining (S5) uplink transmission power based on the at least one Full Duplex maximum power reduction parameter and - transmitting (S6) an uplink signal to the network node, with the determined uplink transmission power, in FD mode.
A method for rapid amplification of hepatitis B virus nucleic acid, comprising: mixing a sample containing hepatitis B virus with a nucleic acid release agent followed by adding a PCR premix to obtain a reaction solution, the nucleic acid release agent comprising surfactin, potassium chloride, sodium lauryl sulfonate, and ethanol, the PCR premix comprising deoxy-ribonucleoside triphosphate, a forward primer having a sequence as set forth in SEQ No.1, a reverse primer having a sequence as set forth in SEQ No.2, a DNA polymerase, and an amplification buffer; placing the reaction solution into a PCR reaction tube to make the reaction solution presented as a thin film with a thickness of less than or equal to 0.1 mm; and placing the PCR reaction tube in a PCR amplifier for PCR amplification under a reaction condition set as follows: initial denaturation at 93-95°C for 60 sec, denaturation at 93-95°C for 0 sec, and annealing and extension at 56-58°C for 0 sec, wherein a time set as 0 sec means that a temperature always changes without a maintenance stage. mixing a sample containing hepatitis B virus with a nucleic acid release agent followed by adding a PCR premix to obtain a reaction solution, the nucleic acid release agent comprising surfactin, potassium chloride, sodium lauryl sulfonate, and ethanol, the PCR premix comprising deoxy-ribonucleoside triphosphate, a forward primer having a sequence as set forth in SEQ No.1, a reverse primer having a sequence as set forth in SEQ No.2, a DNA polymerase, and an amplification buffer; placing the reaction solution into a PCR reaction tube to make the reaction solution presented as a thin film with a thickness of less than or equal to 0.1 mm; and placing the PCR reaction tube in a PCR amplifier for PCR amplification under a reaction condition set as follows: initial denaturation at 93-95°C for 60 sec, denaturation at 93-95°C for 0 sec, and annealing and extension at 56-58°C for 0 sec, wherein a time set as 0 sec means that a temperature always changes without a maintenance stage.
A base plate for an ostomy appliance including selective sensor points, the base plate comprising: a first adhesive layer comprising: a stomal opening with a center point, a proximal surface configured to be attached to a skin surface of a user, and a plurality of sensor point openings arranged circumferentially around the center point at respective radial distances; and a plurality of electrodes located distally of the first adhesive layer , the plurality of electrodes comprising a first leakage electrode and a second leakage electrode , a sensing part of the first leakage electrode aligning with a first sensor point opening of the plurality of sensor point openings of the first adhesive layer and a sensing part of the second leakage electrode aligning with a second sensor point opening of the plurality of sensor point openings of the first adhesive layer to form a leak sensor. a first adhesive layer comprising: a stomal opening with a center point, a proximal surface configured to be attached to a skin surface of a user, and a plurality of sensor point openings arranged circumferentially around the center point at respective radial distances; and a plurality of electrodes located distally of the first adhesive layer , the plurality of electrodes comprising a first leakage electrode and a second leakage electrode , a sensing part of the first leakage electrode aligning with a first sensor point opening of the plurality of sensor point openings of the first adhesive layer and a sensing part of the second leakage electrode aligning with a second sensor point opening of the plurality of sensor point openings of the first adhesive layer to form a leak sensor.
A nasal plug for a nasal oxygen catheter, comprising a body , which comprises a casing and a cavity positioned in the casing , and is provided with at least one gas outlet , wherein the nasal plug further comprises a stop structure , characterized in that the stop structure surrounds the at least one gas outlet and extends from an inner wall of the casing toward the cavity , so that condensed water on the inner wall of the cavity has to flow over the stop structure before it can be discharged from the gas outlet .
Glass, especially joining glass, comprising the following components in units of mol-%: V 2 O 5 5-58 mol-%, TeO 2 40-90 mol-%, and at least one oxide, selected from ZnO 38-52 mol-%, or Al 2 O 3 6-25 mol-%, or MoO 3 1-10 mol-%, or a combination thereof.
Component carrier for electrical/electronic components , for example to be combined with a latch housing or as part of a latch housing of a motor vehicle door lock, comprising - a carrier element having a motor receptacle or motor cradle, and - a conductor track structure which is made of individual metal conductor tracks , can be connected to the carrier element and consists of at least two partial conductor track structures (6; 7) each having a different material thickness (s 1 ; s 2 ) of the associated conductor tracks ; wherein - one partial conductor track structure is designed as a switch conductor track structure of a specified material thickness (s 2 ) and the other conductor track structure is designed as a motor conductor track structure having a greater material thickness (s 1 ) of the respective conductor tracks , and - the motor conductor track structure is designed to contact an electric motor that can be placed in the motor receptacle or motor cradle. - a carrier element having a motor receptacle or motor cradle, and - a conductor track structure which is made of individual metal conductor tracks , can be connected to the carrier element and consists of at least two partial conductor track structures (6; 7) each having a different material thickness (s 1 ; s 2 ) of the associated conductor tracks ; wherein - one partial conductor track structure is designed as a switch conductor track structure of a specified material thickness (s 2 ) and the other conductor track structure is designed as a motor conductor track structure having a greater material thickness (s 1 ) of the respective conductor tracks , and - the motor conductor track structure is designed to contact an electric motor that can be placed in the motor receptacle or motor cradle.
An image sensor (1; 2), comprising: a body module to which a lens module and an imaging module are attachable, the body module including a refractive power controller configured to adjust an application voltage applicable to a liquid lens included in the lens module to control a refractive power of the liquid lens , and a recognition processor configured to analyze image data from an imaging device included in the imaging module to recognize predetermined information about a subject, characterized in that the recognition processor is configured to analyze the image data after a preset period elapses from when the refractive power controller changes the application voltage to the liquid lens , and the body module further includes an adjuster configured to adjust the preset period. wherein the adjuster is configured to read blur circle diameter information indicating a change in a blur circle diameter with time after the application voltage is applied to the liquid lens from a memory included in the lens module and pixel pitch information indicating a pixel pitch (P) of the imaging device from a memory included in the imaging module and adjust, based on the read blue circle diameter information and the read pixel pitch information, the preset period to a period corresponding to a combination of the blur circle diameter information of the lens module and the pixel pitch information of the imaging device . a refractive power controller configured to adjust an application voltage applicable to a liquid lens included in the lens module to control a refractive power of the liquid lens , and a recognition processor configured to analyze image data from an imaging device included in the imaging module to recognize predetermined information about a subject, characterized in that the recognition processor is configured to analyze the image data after a preset period elapses from when the refractive power controller changes the application voltage to the liquid lens , and the body module further includes an adjuster configured to adjust the preset period. wherein the adjuster is configured to read blur circle diameter information indicating a change in a blur circle diameter with time after the application voltage is applied to the liquid lens from a memory included in the lens module and pixel pitch information indicating a pixel pitch (P) of the imaging device from a memory included in the imaging module and adjust, based on the read blue circle diameter information and the read pixel pitch information, the preset period to a period corresponding to a combination of the blur circle diameter information of the lens module and the pixel pitch information of the imaging device .
Method for forming corona shielding on a winding bar for high-voltage machines comprising end corona shielding in a first section and outer corona shielding in a second section , which adjoins the first section , said method comprising the following steps: - providing (S1) a first composition, which comprises a carrier material and a first filler contained therein and having a first electrical resistance; - providing (S1) a second composition, which comprises the same carrier material and a second filler contained therein and having a second electrical resistance, wherein the first and second fillers contain an identical dopable semiconductor material, whose doping determines the electrical resistance of the first and second fillers, and wherein the second resistance differs from the first resistance; - applying (S2) the first composition in the first section so as to form the end corona shielding ; and - applying (S2) the second composition in the second section so as to form the outer corona shielding , wherein the first composition is set during application in such a way that the electrical resistance of the first composition decreases along the first section in the direction of the second section , and wherein, during application (S2), the proportion by weight of the first filler and the proportion by weight of the second filler are varied continuously along the first section in such a way that the resistance of the first composition varies continuously along the first section and makes a continuous transition into the resistance of the second composition in the second section . - providing (S1) a first composition, which comprises a carrier material and a first filler contained therein and having a first electrical resistance; - providing (S1) a second composition, which comprises the same carrier material and a second filler contained therein and having a second electrical resistance, wherein the first and second fillers contain an identical dopable semiconductor material, whose doping determines the electrical resistance of the first and second fillers, and wherein the second resistance differs from the first resistance; - applying (S2) the first composition in the first section so as to form the end corona shielding ; and - applying (S2) the second composition in the second section so as to form the outer corona shielding , the first composition is set during application in such a way that the electrical resistance of the first composition decreases along the first section in the direction of the second section , and wherein, during application (S2), the proportion by weight of the first filler and the proportion by weight of the second filler are varied continuously along the first section in such a way that the resistance of the first composition varies continuously along the first section and makes a continuous transition into the resistance of the second composition in the second section .
A soluble complement receptor type 1 (sCR1) variant for use in a method of inhibiting complement activity in a subject, the method comprising administering a soluble complement receptor type 1 (sCR1) variant to the subject, the sCR1 variant comprising an amino acid sequence corresponding to amino acids 42 to 1392 of SEQ ID NO: 1, wherein the sCR1 variant comprises long homologous repeat (LHR) regions LHR-A, LHR-B and LHR-C, but is lacking LHR-D.
Kit for improving a syringe consisting of two devices , wherein the syringe can be equipped with one of the two devices , the first device being a hollow cylinder with flanges at both ends, there being chamfers along the inner edge at the ends of the first device , respectively, the hollow cylinder having a part with normal wall thickness in the middle and two parts with reduced wall thickness extending from the middle part to the ends, respectively, which have different lengths and respectively form seats for fitting the syringe , wherein the second device is a standard cap for a syringe needle of the syringe , and markings , and wherein the beginning of the marking on the second device coincides with the place where a tip of the nail arrives when the cap is fully supported by the syringe needle .
A method of heat treating coiled tubing, the coiled tubing comprising a pipe, wherein the method comprises: providing the coiled tubing in an unspooled configuration; heating the unspooled coiled tubing to a temperature above Ac3; quenching the unspooled coiled tubing; and tempering the unspooled coiled tubing, wherein the tempering is performed prior to any subsequent bending of the coiled tubing. providing the coiled tubing in an unspooled configuration; heating the unspooled coiled tubing to a temperature above Ac3; quenching the unspooled coiled tubing; and tempering the unspooled coiled tubing, wherein the tempering is performed prior to any subsequent bending of the coiled tubing.
A display device comprising a first non-foldable area (NFA1), a second non-foldable area (NFA2), and a foldable area (FA), the display device comprising: a display module comprising a display panel ; a support substrate supporting the display module , comprising an upper surface facing the display module and a lower surface opposite to the upper surface, and provided with at least a groove (GR) defined in the lower surface to overlap the foldable area (FA) in a thickness direction of the support substrate ; a first support plate disposed under the support substrate ; and a second support plate disposed under the support substrate and spaced apart from the first support plate with a distance in the foldable area (FA); characterized in that the support substrate further comprises a protective coating layer (CM) disposed along the surface of the groove (GR). a display module comprising a display panel ; a support substrate supporting the display module , comprising an upper surface facing the display module and a lower surface opposite to the upper surface, and provided with at least a groove (GR) defined in the lower surface to overlap the foldable area (FA) in a thickness direction of the support substrate ; a first support plate disposed under the support substrate ; and a second support plate disposed under the support substrate and spaced apart from the first support plate with a distance in the foldable area (FA); characterized in that the support substrate further comprises a protective coating layer (CM) disposed along the surface of the groove (GR).
A printing apparatus comprising: a printing mechanism by which printing is performed on a printing medium with inks of a plurality of colors using an inkjet system; characterised by a print control part that, when each page of said printing medium is printed, prints a page identifier on said printing medium based on page identification information included in print data of said each page, by controlling said printing mechanism; an image pickup part that captures an image of said page identifier; and an inspection part that detects a printing defect by acquiring a page identification result from an output of said image pickup part and comparing said page identification result with said page identification information, wherein said page identifier includes a plurality of single-color parts (951a-951d) each representing one of single-digit integers from "0" to "9" depending on the shape, each of said plurality of single-color parts being printed with only any one of said plurality of colors, said plurality of single-color parts are printed respectively in a plurality of single-color-part printing areas (955a-955d), said plurality of single-color-part printing areas and a plurality of blank areas on which printing is not performed being alternately arranged, said page identifier on said each page includes single-color parts printed with all of said plurality of colors. a printing mechanism by which printing is performed on a printing medium with inks of a plurality of colors using an inkjet system; characterised by a print control part that, when each page of said printing medium is printed, prints a page identifier on said printing medium based on page identification information included in print data of said each page, by controlling said printing mechanism; an image pickup part that captures an image of said page identifier; and an inspection part that detects a printing defect by acquiring a page identification result from an output of said image pickup part and comparing said page identification result with said page identification information, wherein said page identifier includes a plurality of single-color parts (951a-951d) each representing one of single-digit integers from "0" to "9" depending on the shape, each of said plurality of single-color parts being printed with only any one of said plurality of colors, said plurality of single-color parts are printed respectively in a plurality of single-color-part printing areas (955a-955d), said plurality of single-color-part printing areas and a plurality of blank areas on which printing is not performed being alternately arranged, said page identifier on said each page includes single-color parts printed with all of said plurality of colors.
An optical connector comprising: an optical fiber (F) comprising a glass fiber and a resin coating surrounding the glass fiber; a ferrule having a flange outside the ferrule and a through-hole inside the ferrule , the ferrule holding, in the through-hole, a portion of the glass fiber exposed from the resin coating at an end of the optical fiber (F); a plug frame accommodating the ferrule ; and an elastic member abutting the flange and biasing the ferrule parallel to a central axis of the through-hole toward an end face side of the ferrule where an end face of the optical fiber is exposed, the optical connector being configured to connect the optical fiber (F) to another optical fiber (F') at an end of the optical connector , wherein the flange has a single protrusion and the plug frame has a single recess that are configured to fit to each other, wherein the flange has the protrusion on an outer peripheral surface of the flange , and the plug frame has the recess in an inner peripheral surface of the plug frame such that the recess guides the protrusion parallel to the central axis of the through-hole, the plug frame having a clearance on the rear side of the recess into which the protrusion does not fit, the rear side of the recess facing away from the end of the optical connector, and wherein, when the ferrule is moved away from the end of the optical connector , the protrusion and the recess are released from each other to bring the ferrule into a floating state relative to the plug frame . an optical fiber (F) comprising a glass fiber and a resin coating surrounding the glass fiber; a ferrule having a flange outside the ferrule and a through-hole inside the ferrule , the ferrule holding, in the through-hole, a portion of the glass fiber exposed from the resin coating at an end of the optical fiber (F); a plug frame accommodating the ferrule ; and an elastic member abutting the flange and biasing the ferrule parallel to a central axis of the through-hole toward an end face side of the ferrule where an end face of the optical fiber is exposed, the optical connector being configured to connect the optical fiber (F) to another optical fiber (F') at an end of the optical connector , wherein the flange has a single protrusion and the plug frame has a single recess that are configured to fit to each other, wherein the flange has the protrusion on an outer peripheral surface of the flange , and the plug frame has the recess in an inner peripheral surface of the plug frame such that the recess guides the protrusion parallel to the central axis of the through-hole, the plug frame having a clearance on the rear side of the recess into which the protrusion does not fit, the rear side of the recess facing away from the end of the optical connector, and wherein, when the ferrule is moved away from the end of the optical connector , the protrusion and the recess are released from each other to bring the ferrule into a floating state relative to the plug frame .