mhurhangee/patent-ind-claim-en huggingface dataset:
A bioprinter, comprising: a Z-axis movement assembly , movable along a Z-axis direction of the bioprinter; a platform , provided with a printing material initial adhesion surface; a first detection device; a second detection device, for moving close to or away from the printing material initial adhesion surface under the drive of the Z-axis movement assembly ; a spray device, for moving close to or away from the first detection device under a drive of the Z-axis movement assembly ; and a control device; wherein the first detection device is configured to send a first signal to the control device when the spray device moves to a first position along the Z-axis direction, such that the control device calibrates a preset length value of the spray device; and the second detection device is configured to send a second signal to the control device when the second detection device moves to a second position along the Z-axis direction, such that the control device calibrates a preset height value of the printing material initial adhesion surface. a Z-axis movement assembly , movable along a Z-axis direction of the bioprinter; a platform , provided with a printing material initial adhesion surface; a first detection device; a second detection device, for moving close to or away from the printing material initial adhesion surface under the drive of the Z-axis movement assembly ; a spray device, for moving close to or away from the first detection device under a drive of the Z-axis movement assembly ; and a control device; wherein the first detection device is configured to send a first signal to the control device when the spray device moves to a first position along the Z-axis direction, such that the control device calibrates a preset length value of the spray device; and the second detection device is configured to send a second signal to the control device when the second detection device moves to a second position along the Z-axis direction, such that the control device calibrates a preset height value of the printing material initial adhesion surface.
A printing plate precursor, which is a positive type lithographic printing plate precursor comprising at least a support which has a hydrophilic surface or a hydrophilic layer; and on the support in this order, - an underlayer containing a polymer compound 1 which is insoluble in water and soluble in an alkali aqueous solution and has at least one structure selected from the group consisting of a urethane bond, an acetal structure, and a urea bond in a main chain, - an interlayer containing a polymer compound 2 which is insoluble in water and soluble in an alkali aqueous solution and has at least one structure selected from the group consisting of a sulfonamide group, an active imide group, and a urea bond in a side chain, and - an upper layer containing a polymer compound 3 which is insoluble in water and soluble in an alkali aqueous solution and has a phenolic hydroxy group, and one or more layers among the underlayer, the interlayer, and the upper layer contain an infrared absorbent. - an underlayer containing a polymer compound 1 which is insoluble in water and soluble in an alkali aqueous solution and has at least one structure selected from the group consisting of a urethane bond, an acetal structure, and a urea bond in a main chain, - an interlayer containing a polymer compound 2 which is insoluble in water and soluble in an alkali aqueous solution and has at least one structure selected from the group consisting of a sulfonamide group, an active imide group, and a urea bond in a side chain, and - an upper layer containing a polymer compound 3 which is insoluble in water and soluble in an alkali aqueous solution and has a phenolic hydroxy group,
Process for producing nanoscale hydrotalcite wherein each individual primary hydrotalcite particle is coated, comprising the step of contacting i) a magnesium salt solution with ii) an aluminium salt solution to form a reaction mixture for precipitation of coated hydrotalcite after addition of sodium carbonate and aqueous sodium hydroxide solution, characterized in that at least one of the solutions i) or ii) contains at least one of the following additives A and/or B optionally in combination with the additive C or during the contacting of i) and ii) at least one of the following additives A and/or B optionally in combination with the additive C is simultaneously contacted with the reaction mixture resulting from i) and ii), wherein additive A is a growth inhibitor, additive B is a dispersant and additive C is an aqueous fatty acid solution, preferably a stearate solution, wherein the additive A is a growth inhibitor comprising at least two or more anionic groups, wherein the additive B is a dispersant comprising at least two or more anionic groups.
A sensor for analyzing gases, comprising: at least one housing having a housing interior having a first opening and a second opening opposite the first opening ; • at least one sensor element arranged at least partially in the housing interior , wherein the sensor element comprises: at least one sensor stiffness comprising at least one substrate; at least one measuring means arranged on the substrate; and at least one connection means , wherein the connection means is arranged outside the housing interior ; and at least one glass element and at least one potting element , which are arranged in the housing interior in a space between a housing wall in the housing interior and the sensor element and completely surround the sensor element at least in regions, characterized in that the glass element is arranged at the first opening of the housing interior in the housing interior of the housing and is adapted to hermetically seal the space in the direction of the first opening , wherein the connection means is not surrounded by the glass element , and wherein the potting element is arranged on the glass element in the direction of the second opening and is adapted to fix the sensor element in the housing interior in a form-fitting manner. at least one housing having a housing interior having a first opening and a second opening opposite the first opening ; • at least one sensor element arranged at least partially in the housing interior , wherein the sensor element comprises: at least one sensor stiffness comprising at least one substrate; at least one measuring means arranged on the substrate; and at least one connection means , wherein the connection means is arranged outside the housing interior ; and • at least one sensor element arranged at least partially in the housing interior , wherein the sensor element comprises: at least one sensor stiffness comprising at least one substrate; at least one measuring means arranged on the substrate; and at least one connection means , wherein the connection means is arranged outside the housing interior ; and at least one glass element and at least one potting element , which are arranged in the housing interior in a space between a housing wall in the housing interior and the sensor element and completely surround the sensor element at least in regions, characterized in that the glass element is arranged at the first opening of the housing interior in the housing interior of the housing and is adapted to hermetically seal the space in the direction of the first opening , wherein the connection means is not surrounded by the glass element , and wherein the potting element is arranged on the glass element in the direction of the second opening and is adapted to fix the sensor element in the housing interior in a form-fitting manner.
An inflation molding device comprising: a viscosity estimation unit that estimates a viscosity of a bubble discharged in a substantially cylindrical shape from a die; a temperature identification unit that identifies a temperature of the bubble; and a parameter estimation unit that estimates a viscosity parameter of the bubble based on the viscosity of the bubble estimated by the viscosity estimation unit and the temperature of the bubble detected by the temperature identification unit. a viscosity estimation unit that estimates a viscosity of a bubble discharged in a substantially cylindrical shape from a die; a temperature identification unit that identifies a temperature of the bubble; and a parameter estimation unit that estimates a viscosity parameter of the bubble based on the viscosity of the bubble estimated by the viscosity estimation unit and the temperature of the bubble detected by the temperature identification unit.
An inspection assembly comprising: - a main body having a longitudinal axis and a distal end ; - an ultra wide angle lens located at the distal end, said lens having an angle of view of greater than 180°; - a light source positioned rearward of the lens , the light source being configured to illuminate an area to be viewed beyond the distal end of the main body ; and - a collar including a reflection surface , the reflection surface being located at a distance along the longitudinal axis between the lens and the light source , an angle between the reflection surface and the longitudinal axis of the main body being between 10° and 70°, wherein the reflection surface is positioned such that, in use, a first fraction of the light emitted by the light source is reflected by the reflection surface before illuminating a periphery of the field of view of said lens while the light emitted by the light source that is not reflected by the reflection surface travels to the field of view of said lens and illuminates central regions of the field of view, characterised in that the collar is a metal collar, the collar is a separate collar attached directly to the main body of the assembly, and the metal collar comprises a screw thread for securing the collar to the main body . - a main body having a longitudinal axis and a distal end ; - an ultra wide angle lens located at the distal end, said lens having an angle of view of greater than 180°; - a light source positioned rearward of the lens , the light source being configured to illuminate an area to be viewed beyond the distal end of the main body ; and - a collar including a reflection surface , the reflection surface being located at a distance along the longitudinal axis between the lens and the light source , an angle between the reflection surface and the longitudinal axis of the main body being between 10° and 70°,
Dry ice container for dry ice cleaning devices comprising a container for dry ice closed by a lid on the upper side, and provided with an opening for drawing out dry ice pellets on the lower side, where the container has a bottom sloped towards the opening for drawing out the pellets, at which a linear-movable member is arranged, and a supply of auxiliary air which is discharged above the bottom of the container, wherein the linear-movable member is arranged in the chamber at the bottom of the container transversely to the axis of the container , characterised in that the member has the shape of a gutter in which groups of separated openings are provided, to which at least one pellets plowing element is placed in the member , each group of openings pertaining to one opening for drawing out the pellets, where the openings for drawing out the pellets are connected through a collector to an outlet of the pellets, the member being connected to the piston of a pneumatic cylinder , and the supply of auxiliary air above the bottom of the container being formed by a tubular body transversely extending through the container in the direction of the member , where the body is outside the container at one end and connected to a source of auxiliary air, while inside the container it is provided with at least one opening for the outlet of auxiliary air arranged against the bottom of the container , and on the other end outside the container it is provided with an opening for the outlet of residual auxiliary air.
An absorbent article comprising an elastic film stretchable structure in which an elastic film is stacked between a first sheet layer and a second sheet layer , in a state in which the elastic film is stretched in the stretching and contracting direction along surfaces of the first sheet layer and the second sheet layer , the first sheet layer and the second sheet layer are joined via through holes formed in the elastic film at a large number of sheet bond portions arranged at intervals in each of a stretching and contracting direction and a direction orthogonal thereto, wherein a region including the elastic film stretchable structure has a non-stretchable region and a stretchable region being provided at least at one side of the non-stretchable region in the stretching and contracting direction and being stretchable in the stretching and contracting direction, and in the non-stretchable region , an area rate of the sheet bond portions in the non-stretchable region is higher than that in the stretchable region and elasticity of the elastic film at a part or total of a portion formed among the through holes is decreased due to thermal deterioration, thereby an elongation at an elastic limit is set to 130% or less in the stretching and contracting direction. an elastic film stretchable structure in which an elastic film is stacked between a first sheet layer and a second sheet layer , in a state in which the elastic film is stretched in the stretching and contracting direction along surfaces of the first sheet layer and the second sheet layer , the first sheet layer and the second sheet layer are joined via through holes formed in the elastic film at a large number of sheet bond portions arranged at intervals in each of a stretching and contracting direction and a direction orthogonal thereto, wherein a region including the elastic film stretchable structure has a non-stretchable region and a stretchable region being provided at least at one side of the non-stretchable region in the stretching and contracting direction and being stretchable in the stretching and contracting direction, and in the non-stretchable region , an area rate of the sheet bond portions in the non-stretchable region is higher than that in the stretchable region and elasticity of the elastic film at a part or total of a portion formed among the through holes is decreased due to thermal deterioration, thereby an elongation at an elastic limit is set to 130% or less in the stretching and contracting direction.
An apparatus for encoding video information, the apparatus comprising: a memory configured to store one or more layers of video information, each layer comprising at least one picture; and a processor operationally coupled to the memory and configured to: process an indicator within at least one of a video parameter set (VPS), a sequence parameter set (SPS), or a picture parameter set (PPS) ; characterized in that the indicator indicates that all direct reference layer pictures associated with the at least one of the VPS, the SPS, or the PPS are to be added to an inter-layer reference picture set; and based on the indicator indicating that all direct reference layer pictures are to be added, refrain from further signaling inter-layer reference picture information in any video slice associated with the at least one of the VPS, the SPS, or the PPS. a memory configured to store one or more layers of video information, each layer comprising at least one picture; and a processor operationally coupled to the memory and configured to: process an indicator within at least one of a video parameter set (VPS), a sequence parameter set (SPS), or a picture parameter set (PPS) ; characterized in that the indicator indicates that all direct reference layer pictures associated with the at least one of the VPS, the SPS, or the PPS are to be added to an inter-layer reference picture set; and based on the indicator indicating that all direct reference layer pictures are to be added, refrain from further signaling inter-layer reference picture information in any video slice associated with the at least one of the VPS, the SPS, or the PPS.
An integrated circuit device , comprising: two or more dies ; leads having distal end adapted for mounting to a substrate using a through-hole mounting technique; an electrically-conductive structure arranged to facilitate electrical communication between the dies and a lead , wherein electrodes of the dies are indirectly electrically connected to a proximate end of the lead via the electrically-conductive structure ; the two or more dies , the leads and the electrically-conductive structure forming a sub-assembly . a potting material having the electrically-conductive structure , the dies , and at least part of the leads embedded therein, the potting material being a dielectric, thermally-conductive material; and an electrically-conductive housing having an interior surface and encasing the potting material and arranged to form exterior packaging of the integrated circuit device , the sub-assembly being arranged in such a manner that space exists between the sub-assembly and the interior surface of the electrically-conductive ; wherein heat is removable from the dies via a thermal conduction path formed by the electrically-conductive structure , the potting material , and the electrically-conductive housing . two or more dies ; leads having distal end adapted for mounting to a substrate using a through-hole mounting technique; an electrically-conductive structure arranged to facilitate electrical communication between the dies and a lead , wherein electrodes of the dies are indirectly electrically connected to a proximate end of the lead via the electrically-conductive structure ; the two or more dies , the leads and the electrically-conductive structure forming a sub-assembly . a potting material having the electrically-conductive structure , the dies , and at least part of the leads embedded therein, the potting material being a dielectric, thermally-conductive material; and an electrically-conductive housing having an interior surface and encasing the potting material and arranged to form exterior packaging of the integrated circuit device , the sub-assembly being arranged in such a manner that space exists between the sub-assembly and the interior surface of the electrically-conductive ; wherein heat is removable from the dies via a thermal conduction path formed by the electrically-conductive structure , the potting material , and the electrically-conductive housing .
Method for controlling a traction device for a motor vehicle comprising an internal combustion engine , the engine comprising a plurality of cylinders each provided with at least one air intake valve , with at least one exhaust valve for the combustion gases generated by the internal combustion engine and with a fuel injector , and a combustion gas treatment device that is active from an actuation temperature (T S ), said treatment device being placed downstream of the exhaust valve , the traction device comprising a control device , and the temperature (T) of the combustion gas treatment device is compared with an actuation threshold temperature (T S ) and, as long as the temperature (T) of the combustion gas treatment device is lower than the threshold temperature (T S ), the supply of fuel into one or more of the cylinders of the engine is cut, characterized in that the traction device also comprises an electric heating means of the combustion gas treatment device and, as long as the temperature (T) of the combustion gas treatment device is lower than the threshold temperature (T S ), the heating means of the combustion gas treatment device is activated .
Extractor hood comprising at least one housing device which defines at least one opening to at least one intake portion for rising vapours, wherein at least one removable filter apparatus is arranged in the opening , which is held in the inserted state in the opening by at least two holding apparatuses , wherein at least one holding apparatus comprises at least one holding element which can be displaced at least in portions between at least one holding position and at least one removal position , the holding apparatuses are arranged on the housing apparatus on opposite sides of the opening , the displaceable holding apparatus comprises at least one preloading apparatus and the opposite holding apparatus has a stop , characterized in that the holding element is designed as a latching tab and comprises at least one support for the filter apparatus , wherein the support is displaced with the holding element , the displaceable holding element is accommodated at least in portions in the housing apparatus and in the holding position projects at least in portions further from the housing apparatus into the opening than in the removal position , the preloading apparatus acting on the holding element causes the holding element to move automatically back into the holding position and is preloaded in the holding position . wherein at least one removable filter apparatus is arranged in the opening , which is held in the inserted state in the opening by at least two holding apparatuses , wherein at least one holding apparatus comprises at least one holding element which can be displaced at least in portions between at least one holding position and at least one removal position , the holding apparatuses are arranged on the housing apparatus on opposite sides of the opening , the displaceable holding apparatus comprises at least one preloading apparatus and the opposite holding apparatus has a stop , characterized in that the holding element is designed as a latching tab and comprises at least one support for the filter apparatus , wherein the support is displaced with the holding element , the displaceable holding element is accommodated at least in portions in the housing apparatus and in the holding position projects at least in portions further from the housing apparatus into the opening than in the removal position , the preloading apparatus acting on the holding element causes the holding element to move automatically back into the holding position and is preloaded in the holding position .
A connector for connecting a head and a handle of a skin care device to each other, the connector comprising a first positioning element , a mechanical assembly connected to the first positioning element, a second positioning element , an adaptor connected to the second positioning element, the mechanical assembly being insertable in the adaptor along an insertion direction , the adaptor extending along the insertion direction towards the head, the mechanical assembly extending along the insertion direction from the handle, the mechanical assembly being engageable to the adaptor depending on whether the first and second positioning elements correspond to one another, such that the first and second positioning elements interfere with engagement of the mechanical assembly to the adaptor when the first and second positioning elements do not correspond to one another, and such that the mechanical assembly is engageable to the adaptor when the first and second positioning elements do correspond to one another, characterized in that the mechanical assembly is configured to be mounted in the handle of the skin care device, the connector comprises a mechanical assembly housing in which the mechanical assembly is inserted, and the mechanical assembly housing is configured to be integrated with the handle.