mhurhangee/ep-ind-claims huggingface dataset:
An electronic apparatus comprising: a processor configured to: obtain a content to be pre-fetched among a plurality of contents (701, 702, 703), obtain a resource from among a plurality of resources (711-713, 721-722, 731) available in the electronic apparatus, form a pipeline (520, 710, 720, 730) in which the obtained content is to be processed before the obtained content is selected by a user, by using the obtained resource and a fake renderer, the pipeline including a demultiplexer, an image decoder configured to perform image decoding on the data obtained from the demultiplexer, and a fake renderer, wherein the fake renderer is a software module used to configure the pipeline (520, 710, 720, 730) until an appropriate hardware renderer becomes available to replace the fake renderer to process the obtained content, characterized in that the image decoder included in the pipeline starts to perform the image decoding operation on the obtained content before the fake renderer is replaced by the hardware renderer, and wherein the processor identifies that there are insufficient hardware renderers to form the pipeline (520, 710) which processes the obtained content, and allocates the fake renderer to the obtained content to form the pipeline (520, 710) in response to there being insufficient hardware renderers to form the pipeline (520, 710). obtain a content to be pre-fetched among a plurality of contents (701, 702, 703), obtain a resource from among a plurality of resources (711-713, 721-722, 731) available in the electronic apparatus, form a pipeline (520, 710, 720, 730) in which the obtained content is to be processed before the obtained content is selected by a user, by using the obtained resource and a fake renderer, the pipeline including a demultiplexer, an image decoder configured to perform image decoding on the data obtained from the demultiplexer, and a fake renderer, wherein the fake renderer is a software module used to configure the pipeline (520, 710, 720, 730) until an appropriate hardware renderer becomes available to replace the fake renderer to process the obtained content, characterized in that the image decoder included in the pipeline starts to perform the image decoding operation on the obtained content before the fake renderer is replaced by the hardware renderer, and wherein the processor identifies that there are insufficient hardware renderers to form the pipeline (520, 710) which processes the obtained content, and allocates the fake renderer to the obtained content to form the pipeline (520, 710) in response to there being insufficient hardware renderers to form the pipeline (520, 710).
A touch display device comprising: a first touch electrode line in a first direction in a touch display panel; a second touch electrode line in the first direction in the touch display panel; a first contact pad disposed on a portion of, and connected to, an outermost touch electrode of the first touch electrode line; a first touch line connected to the first contact pad; a second contact pad disposed on a portion of, and connected to, an outermost touch electrode of the second touch electrode line; and a second touch line connected to the second contact pad, wherein a value obtained by adding a surface area size of the first contact pad to a surface area size of the first touch line is the same as a value obtained by adding a surface area size of the second contact pad to a surface area size of the second touch line, wherein the outermost touch electrode of the first touch electrode line is disposed in the touch display panel at a greater distance from a driver circuit than the outermost touch electrode of the second touch electrode line, and wherein a width of the first touch line is narrower than a width of the second touch line and the surface area size of the first contact pad is smaller than the surface area size of the second contact pad. a first touch electrode line in a first direction in a touch display panel; a second touch electrode line in the first direction in the touch display panel; a first contact pad disposed on a portion of, and connected to, an outermost touch electrode of the first touch electrode line; a first touch line connected to the first contact pad; a second contact pad disposed on a portion of, and connected to, an outermost touch electrode of the second touch electrode line; and a second touch line connected to the second contact pad, wherein a value obtained by adding a surface area size of the first contact pad to a surface area size of the first touch line is the same as a value obtained by adding a surface area size of the second contact pad to a surface area size of the second touch line, wherein the outermost touch electrode of the first touch electrode line is disposed in the touch display panel at a greater distance from a driver circuit than the outermost touch electrode of the second touch electrode line, and wherein a width of the first touch line is narrower than a width of the second touch line and the surface area size of the first contact pad is smaller than the surface area size of the second contact pad.
A recombinant cytochrome P450-BM3 variant comprising the polypeptide sequence of SEQ ID NO: 16, wherein said variant oxidizes at least three organic substrates selected from nifedipine, propranolol, verapamil, and diclofenac.
An axle assembly comprising: a differential carrier having a first leg and a second leg that cooperate to partially define an opening that receives a first roller bearing assembly; a bearing cap that is disposed on the first leg and the second leg and that cooperates with the first leg and the second leg to define the opening; and a differential unit that has a differential case that is rotatably supported by the first roller bearing assembly to allow the differential case to rotate about an axis; characterised in that the first leg at least partially defines a lubricant reservoir and a lubricant passage that extends from the lubricant reservoir to the opening; and lubricant in the lubricant reservoir passes through the lubricant passage to lubricate the first roller bearing assembly and to enter the differential case to lubricate the differential unit. a differential carrier having a first leg and a second leg that cooperate to partially define an opening that receives a first roller bearing assembly; a bearing cap that is disposed on the first leg and the second leg and that cooperates with the first leg and the second leg to define the opening; and a differential unit that has a differential case that is rotatably supported by the first roller bearing assembly to allow the differential case to rotate about an axis; characterised in that the first leg at least partially defines a lubricant reservoir and a lubricant passage that extends from the lubricant reservoir to the opening; and lubricant in the lubricant reservoir passes through the lubricant passage to lubricate the first roller bearing assembly and to enter the differential case to lubricate the differential unit.
Method for a certificate-based authentication of communication partners in a device, comprising the method steps: - identifying a target frame for the device by an input to a list management apparatus, - ascertaining all permitted communication partners for the identified target frame from a total quantity of possible communication partners in the list management apparatus, - producing a positive list specific to the target frame, which in each case comprises a certificate for each ascertained permitted communication partner in the list management apparatus, - storing the positive list on the device, - checking a certificate received from a purported communication partner in the device against the certificates in the positive list, with a communication between the device and the purported communication partner being permitted only if the certificate of the purported communication partner matches a certificate in the positive list, - characterized in that different positive lists which are each used for a particular subset of the possible communication partners are stored in the device for different target frames. - identifying a target frame for the device by an input to a list management apparatus, - ascertaining all permitted communication partners for the identified target frame from a total quantity of possible communication partners in the list management apparatus, - producing a positive list specific to the target frame, which in each case comprises a certificate for each ascertained permitted communication partner in the list management apparatus, - storing the positive list on the device, - checking a certificate received from a purported communication partner in the device against the certificates in the positive list, with a communication between the device and the purported communication partner being permitted only if the certificate of the purported communication partner matches a certificate in the positive list, - characterized in that different positive lists which are each used for a particular subset of the possible communication partners are stored in the device for different target frames.
A protraction device, comprising: a body frame, adapted to be anchored to the chest and abdomen of a patient, a cantilever support, including a first shaft, coupled to the body frame, and a second shaft, coupled to the first shaft, and a headpiece coupled to the second shaft and adapted to be attached to the head of the patient, wherein the second shaft extends in front of the face of the patient when the protraction device is worn by said patient, characterized in that the body frame comprises a top rail, and a bottom rail, and the cantilever support further comprises a top bearing, coupled to the top rail, and a bottom bearing, coupled to the bottom rail, and the first shaft is coupled to the top bearing and the bottom bearing. a body frame, adapted to be anchored to the chest and abdomen of a patient, a cantilever support, including a first shaft, coupled to the body frame, and a second shaft, coupled to the first shaft, and a first shaft, coupled to the body frame, and a second shaft, coupled to the first shaft, and a headpiece coupled to the second shaft and adapted to be attached to the head of the patient, wherein the second shaft extends in front of the face of the patient when the protraction device is worn by said patient, characterized in that the body frame comprises a top rail, and a bottom rail, and a top rail, and a bottom rail, and the cantilever support further comprises a top bearing, coupled to the top rail, and a bottom bearing, coupled to the bottom rail, and a top bearing, coupled to the top rail, and a bottom bearing, coupled to the bottom rail, and the first shaft is coupled to the top bearing and the bottom bearing.
Wobble pump comprising at least one drive shaft, a first pumping assembly and a second pumping assembly, each pumping assembly being formed by elements comprising at least one plate (2, 3), a cylinder block (4, 5), an intake duct (8, 9) and a discharge duct (10, 11), said cylinder block (4, 5) comprising at least two compression chambers distributed circumferentially, at least two pistons (6, 7) being in translation mode respectively in said compression chambers of said cylinder block (4, 5) of each of said assemblies, said plate (2, 3) of each of said two assemblies being inclined with respect to the axis of rotation of said drive shaft, said drive shaft generating a relative rotational movement between said plate (2, 3) and said cylinder block (4, 5) of each of said two assemblies, characterized in that said elements of said second assembly are distributed symmetrically with respect to said elements of said first assembly on a plane at right angles to the axis of rotation of said drive shaft, and in that said plates (2, 3) of said two assemblies are linked together at said plane of symmetry, and in that said intake (8, 9) and discharge (10, 11) ducts of a same assembly are placed in symmetry with respect to the axis of said drive shaft.
A battery module, comprising: a plurality of secondary batteries arranged side by side, each of which comprises a vent; a monitoring assembly, disposed above the plurality of secondary batteries and comprising a base plate and a monitoring wire, wherein the monitoring wire is coupled to the base plate; the monitoring wire is disposed corresponding to positions of the vents of the plurality of secondary batteries, and can be broken off when any of the vents bursts, so as to monitor a state of the battery module, characterized in that, the monitoring wire comprises a first segment and a second segment spaced apart from each other in a width direction of the base plate, the vent of each of the plurality of secondary batteries has a center line extending in a length direction of the base plate, and the first segment and the second segment are respectively disposed on two sides of the center line, and a minimum spacing between the first segment and the second segment is indicated by H, and an outer diameter of the monitoring wire is indicated by D, wherein H/D ≥ 2.5. a plurality of secondary batteries arranged side by side, each of which comprises a vent; a monitoring assembly, disposed above the plurality of secondary batteries and comprising a base plate and a monitoring wire, wherein the monitoring wire is coupled to the base plate; the monitoring wire is disposed corresponding to positions of the vents of the plurality of secondary batteries, and can be broken off when any of the vents bursts, so as to monitor a state of the battery module, the monitoring wire comprises a first segment and a second segment spaced apart from each other in a width direction of the base plate, the vent of each of the plurality of secondary batteries has a center line extending in a length direction of the base plate, and the first segment and the second segment are respectively disposed on two sides of the center line, and a minimum spacing between the first segment and the second segment is indicated by H, and an outer diameter of the monitoring wire is indicated by D, wherein H/D ≥ 2.5.
An adhesive tape comprising a substrate and an adhesive layer, wherein the adhesive layer is formed directly on the substrate or with another layer therebetween, the substrate contains a polyvinyl chloride resin, a plasticizer, and a zinc compound, a content of the plasticizer in the substrate is 30 to 50 mass% with respect to the total mass of the substrate, a content of a zinc atom in the substrate is 0.01 to 0.15 mass% with respect to the total mass of the substrate, the adhesive layer contains an adhesive including an adhesive component and a vulcanizing agent; wherein the adhesive component contains a rubber-based adhesive component, the vulcanizing agent is at least one selected from a group consisting of sulfur and sulfur chloride, sulfur dichloride, high molecular weight polysulfides, morpholine disulfides, alkylphenol disulfides, tetramethylthiuram disulfides, dipentamethylene thiuram tetrasulfide, and selenium dimethyldithiocarbamate. the adhesive layer is formed directly on the substrate or with another layer therebetween, the substrate contains a polyvinyl chloride resin, a plasticizer, and a zinc compound, a content of the plasticizer in the substrate is 30 to 50 mass% with respect to the total mass of the substrate, a content of a zinc atom in the substrate is 0.01 to 0.15 mass% with respect to the total mass of the substrate, the adhesive layer contains an adhesive including an adhesive component and a vulcanizing agent; wherein the adhesive component contains a rubber-based adhesive component, the vulcanizing agent is at least one selected from a group consisting of sulfur and sulfur chloride, sulfur dichloride, high molecular weight polysulfides, morpholine disulfides, alkylphenol disulfides, tetramethylthiuram disulfides, dipentamethylene thiuram tetrasulfide, and selenium dimethyldithiocarbamate.
An augmented glenoid component for securement to a glenoid surface of a scapula so as to provide a bearing surface for a head portion of a humerus, the augmented glenoid component comprising: a body including a backing member which provides a first surface configured to contact the glenoid surface of the scapula and an opposite second surface, with a buttress formed in the first surface, a bearing insert member which can be secured to the second surface of the backing member and which provides a bearing surface for articulation with the head of a humerus, in which the backing member includes a plurality of holes which extend through it, each of the holes being configured to allow passage of a securing member for securing the backing member to the glenoid surface of the scapula, characterised in that the holes which extend through the backing member extend outwardly from the first surface of the backing member in such a way that they diverge.
Process for the production of a mercapto-terminated liquid polymer with the formula HS-R-(S y -R) t -SH wherein each R is independently selected from branched alkanediyl or branched arenediyl groups and groups with the structure -(CH 2) p -O-(CH 2) q -O-(CH 2) r - and wherein 0-20% of the number of R-groups in the polymer are branched alkanediyl or branched arenediyl groups and 80-100% of the number of R-groups in the polymer have the structure - (CH 2) p -O-(CH 2) q -O-(CH 2) r -, wherein t has a value in the range 1-60, y is an average value in the range 1.0-1.5, q is an integer the range 1 to 8, and p and r are integers the range 1-10, said process comprising the following steps: a) forming a polymer by reacting a bis(haloalkyl)formal with alkali polysulfide of the average formula M 2 S x, wherein M is an alkali metal and x is an average value in the range from 1.04 to 1.8, b) reacting said polymer with a reducing agent in an aqueous reaction mixture, thereby reductively splitting polysulfide linkages, and c) lowering the pH of the mixture resulting from step b) to below 6.0 by adding an acid. a) forming a polymer by reacting a bis(haloalkyl)formal with alkali polysulfide of the average formula M 2 S x, wherein M is an alkali metal and x is an average value in the range from 1.04 to 1.8, b) reacting said polymer with a reducing agent in an aqueous reaction mixture, thereby reductively splitting polysulfide linkages, and c) lowering the pH of the mixture resulting from step b) to below 6.0 by adding an acid.
An orally dispersing tablet comprising less than or equal to 20 mg of budesonide or a solvate or ester thereof, and at least one pharmaceutically acceptable ingredient which facilitates the dispersal of the tablet in the oral cavity, wherein the tablet is suitable for topical administration of budesonide in the upper gastrointestinal tract.
Rotary press for compressing a pressing food material, like food powder, into food tablets, comprising: • a feeding system comprising a feeder for continuously supplying the pressing food material and a feeding pipe for providing the pressing food material received from the feeder, • a press system comprising a rotary die plate being drivable about a rotational axis and comprising a plurality of die cavities for successively receiving an amount of pressing food material provided by the feeding pipe and to produce food tablets inside the die cavities by means of punches upon a rotational movement of the die cavities of the rotary die plate with respect to the feeding system, • a sensor arrangement for detecting a fill level of the pressing food material in the feeding pipe, and • a control unit configured to control a feeding speed of the feeder for continuously supplying the pressing food material based on the detected fill level to keep the fill level at a defined fill level set point (L SP); wherein the sensor arrangement comprises at least three digital sensors having a first digital sensor for detecting the fill level at the fill level set point (L SP), a second digital sensor for detecting the fill level at a defined upper fill level limit (L UP) being above the fill level set point (L SP), and a third digital sensor for detecting the fill level at a defined lower fill level limit (L LOW) being below the fill level set point (L SP) and wherein the digital sensors are LED infrared sensors. • a feeding system comprising a feeder for continuously supplying the pressing food material and a feeding pipe for providing the pressing food material received from the feeder, • a press system comprising a rotary die plate being drivable about a rotational axis and comprising a plurality of die cavities for successively receiving an amount of pressing food material provided by the feeding pipe and to produce food tablets inside the die cavities by means of punches upon a rotational movement of the die cavities of the rotary die plate with respect to the feeding system, • a sensor arrangement for detecting a fill level of the pressing food material in the feeding pipe, and • a control unit configured to control a feeding speed of the feeder for continuously supplying the pressing food material based on the detected fill level to keep the fill level at a defined fill level set point (L SP);
A bi-directional linear clutch lock comprising: a rack; a first clutching link and a second clutching link, the first clutching link pivotably mounted to a moveable housing at a first housing pivot mount and the second clutching link pivotably mounted to the moveable housing at a second housing pivot mount; a first pawl pivotably mounted to the first clutching link at a first pivot mount; a second pawl pivotably mounted to the second clutching link at a second pivot mount; wherein the first pivot mount is more proximate to the second pivot mount than the second housing pivot mount, wherein the first pawl and the second pawl are configured to engage the rack in response to movement of the moveable housing towards the rack. a rack; a first clutching link and a second clutching link, the first clutching link pivotably mounted to a moveable housing at a first housing pivot mount and the second clutching link pivotably mounted to the moveable housing at a second housing pivot mount; a first pawl pivotably mounted to the first clutching link at a first pivot mount; a second pawl pivotably mounted to the second clutching link at a second pivot mount; wherein the first pivot mount is more proximate to the second pivot mount than the second housing pivot mount, wherein the first pawl and the second pawl are configured to engage the rack in response to movement of the moveable housing towards the rack.
A method of producing arginine bicarbonate comprising: contacting carbon dioxide having a pressure of least 34474 Pa (5 psi) with a starting slurry containing (i) a solvent and (ii) arginine free base or an arginine salt, at a temperature of at least 30°C; adding arginine stepwise or continuously in the form of a free base or salt to the contacted slurry to increase the arginine content to greater than 65% by weight; contacting the increased arginine slurry with carbon dioxide until the slurry has a pH below 9; and recovering arginine bicarbonate from the slurry. contacting carbon dioxide having a pressure of least 34474 Pa (5 psi) with a starting slurry containing (i) a solvent and (ii) arginine free base or an arginine salt, at a temperature of at least 30°C; adding arginine stepwise or continuously in the form of a free base or salt to the contacted slurry to increase the arginine content to greater than 65% by weight; contacting the increased arginine slurry with carbon dioxide until the slurry has a pH below 9; and recovering arginine bicarbonate from the slurry.
A plant-protecting RNA interference (RNAi) composition comprising plant-protecting double-stranded RNA adsorbed onto Layered Double Hydroxide particles, wherein the loading ratio by mass of plant-protecting double-stranded RNA: Layered Double Hydroxide is from 2:1 to 1:20.