mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for a virtual reality system communication, comprising: a first interface configured to communicate with a host through a first link coupled to the first interface based on a first protocol ; a second interface coupled to the first interface , wherein the second interface is configured to communicate with a display device through a second link coupled to the second interface based on the first protocol , wherein the apparatus is configured to manage communication of the host with the display device through the first link , based on the first protocol , and the second link , based on the first protocol , wherein the first protocol is a display protocol designed for communication with the display device to provide virtual reality displays on the display device ; a third interface coupled to the first interface , wherein the third interface is configured to communicate with a sensor through a third link coupled to the third interface based on a second protocol to provide sensor information for the virtual reality displays; and a controller coupled to the first, second and third interface, the controller being configured to pass information in a same format based on the first protocol between the host and the display device and to convert information, in a format based on the second protocol , received from the sensor through the third link based on the second protocol into a format based on the first protocol for communication with the host through the first link based on the first protocol . a first interface configured to communicate with a host through a first link coupled to the first interface based on a first protocol ; a second interface coupled to the first interface , wherein the second interface is configured to communicate with a display device through a second link coupled to the second interface based on the first protocol , wherein the apparatus is configured to manage communication of the host with the display device through the first link , based on the first protocol , and the second link , based on the first protocol , wherein the first protocol is a display protocol designed for communication with the display device to provide virtual reality displays on the display device ; a third interface coupled to the first interface , wherein the third interface is configured to communicate with a sensor through a third link coupled to the third interface based on a second protocol to provide sensor information for the virtual reality displays; and a controller coupled to the first, second and third interface, the controller being configured to pass information in a same format based on the first protocol between the host and the display device and to convert information, in a format based on the second protocol , received from the sensor through the third link based on the second protocol into a format based on the first protocol for communication with the host through the first link based on the first protocol .
Process comprising the process steps of: a) initially charging a compound of the formula (I): wherein R 1 , R 2 , R 3 are selected from: -H, - (C 1 -C 12 ) -alkyl, -O- (C 1 -C 12 ) -alkyl, - (C 6 -C 10 ) -aryl, -CN, -NO 2 ; b) adding P(NX 2 ) 3 , wherein X is -(C 1 -C 6 )-alkyl; c) reacting the compound from a) and b) to give a compound of the formula (II): d) adding the compound of the formula (I): e) adding a compound Y, wherein Y is a five-membered ring in which at least one carbon atom has been replaced by a nitrogen atom; f) reacting the compounds from c) to e) to give a compound of the formula (III): a) initially charging a compound of the formula (I): wherein R 1 , R 2 , R 3 are selected from: -H, - (C 1 -C 12 ) -alkyl, -O- (C 1 -C 12 ) -alkyl, - (C 6 -C 10 ) -aryl, -CN, -NO 2 ; b) adding P(NX 2 ) 3 , wherein X is -(C 1 -C 6 )-alkyl; c) reacting the compound from a) and b) to give a compound of the formula (II): d) adding the compound of the formula (I): e) adding a compound Y, wherein Y is a five-membered ring in which at least one carbon atom has been replaced by a nitrogen atom; f) reacting the compounds from c) to e) to give a compound of the formula (III):
Lifetime measuring device for a blade of a lawnmower, said device comprising at least one first sensor configured to detect the impacts of the blade with stones or other objects, at least one second sensor configured to detect the lawnmower motor rotation revolutions and a control unit comprising first means configured to measure the intensity of the single impacts of the blade of the lawnmower in response to the detected data of the first sensor and configured to measure the rotation speed of the blade in response to the detected data of the second sensor, said control unit comprising second means configured to count the blade working hours, said control unit being configured to process the lifetime of the blade as a function of the carried out measures and of said counted working hours of the blade.
A fitting part of a connection fitting for connecting two parts , in particular two furniture parts, comprising a main body with a longitudinal axis , with at least one longitudinal face (4a-4d) which forms a planar fastening face for bearing against and fastening to a part to be connected, and with at least one mounting face for bearing against a counter-mounting face of a further fitting part of the connection fitting , wherein the main body has at least one of the following mounting faces (8a-8d): - a first mounting face which is disposed on a first longitudinal end of the main body , is arranged parallel or at an angle to the fastening face, in particular perpendicular thereto, and has at least one latching element , - a second mounting face , which is disposed on a second longitudinal end of the main body , is arranged with respect to the fastening face at an inclination about the longitudinal axis or an axis extending parallel thereto, and has at least one latching element , - a third mounting face , which is formed by a groove base of a transverse groove in the main body , said groove being open on one or both sides, is arranged parallel or at an angle to the fastening face, in particular perpendicular thereto, and has at least one latching element , and - a fourth mounting face , which is formed on another longitudinal face of the main body , is arranged parallel or perpendicular to the fastening face and, when viewed in the transverse direction, has a comb-like surface profile , which has alternately high and low profile stepped portions with in each case the same profile width, and wherein the main body is cuboidal at least in some portions with four longitudinal faces (4a-4d), wherein one, or more or all four longitudinal faces (4a-4d) in each case form a fastening face. - a first mounting face which is disposed on a first longitudinal end of the main body , is arranged parallel or at an angle to the fastening face, in particular perpendicular thereto, and has at least one latching element , - a second mounting face , which is disposed on a second longitudinal end of the main body , is arranged with respect to the fastening face at an inclination about the longitudinal axis or an axis extending parallel thereto, and has at least one latching element , - a third mounting face , which is formed by a groove base of a transverse groove in the main body , said groove being open on one or both sides, is arranged parallel or at an angle to the fastening face, in particular perpendicular thereto, and has at least one latching element , and - a fourth mounting face , which is formed on another longitudinal face of the main body , is arranged parallel or perpendicular to the fastening face and, when viewed in the transverse direction, has a comb-like surface profile , which has alternately high and low profile stepped portions with in each case the same profile width,
A bolt adjustment device comprising a body and an attachment point , in which the body extends in a longitudinal direction from a first end to a second end , the body comprising a cavity extending into the body in the longitudinal direction from the first end, the cavity being configured and arranged to accommodate a thread during use of the bolt adjustment device and a step in the cavity at the first end, the step being configured and arranged to engage with a nut when in use; in which a torque can be imparted on the attachment point to impart a torque to the bolt adjustment device; characterized by a clamping mechanism attached to the attachment point such that the clamping mechanism clamps said nut in the cavity when a torque is imparted on the clamping device.
An automatic analysis device comprising: a specimen disc or specimen rack configured to accommodate and hold a plurality of specimen containers ; a specimen dispensing mechanism configured to dispense subject blood plasma and/or normal blood plasma to be added to correct a coagulation time of the subject blood plasma, to a plurality of containers; a reagent dispensing mechanism configured to dispense a reagent to a reaction container containing the subject blood plasma alone, a reaction container containing the normal blood plasma alone, and a reaction container containing the mixed blood plasma in which the subject blood plasma and the normal blood plasma are mixed at least at one mixing ratio; a measurement unit comprising a light source configured to irradiate each of the plurality of reaction containers with light, and to measure a plurality of coagulation times, respectively, based on obtained scattered light and/or transmitted light; a display unit configured to graphically display the coagulation time obtained via the measurement unit from the subject blood plasma, the normal blood plasma and the mixed blood plasma; and a control unit configured to determine (S502-S503) whether to perform the analysis based on the number of the mixed blood plasma specimens and the number of the reagent remaining tests. a specimen disc or specimen rack configured to accommodate and hold a plurality of specimen containers ; a specimen dispensing mechanism configured to dispense subject blood plasma and/or normal blood plasma to be added to correct a coagulation time of the subject blood plasma, to a plurality of containers; a reagent dispensing mechanism configured to dispense a reagent to a reaction container containing the subject blood plasma alone, a reaction container containing the normal blood plasma alone, and a reaction container containing the mixed blood plasma in which the subject blood plasma and the normal blood plasma are mixed at least at one mixing ratio; a measurement unit comprising a light source configured to irradiate each of the plurality of reaction containers with light, and to measure a plurality of coagulation times, respectively, based on obtained scattered light and/or transmitted light; a display unit configured to graphically display the coagulation time obtained via the measurement unit from the subject blood plasma, the normal blood plasma and the mixed blood plasma; and a control unit configured to determine (S502-S503) whether to perform the analysis based on the number of the mixed blood plasma specimens and the number of the reagent remaining tests.
A method of determining whether a subject has non-alcoholic fatty liver disease (NAFLD), comprising detecting the level of ITGA1/ITGB1 in a sample from the subject, wherein a level of ITGA1/ITGB1 that is higher than a control level indicates that the subject has NAFLD, and wherein detecting the level of ITGA1/IGTB1 comprises detection of ITGA1 and/or ITGB1, and/or a complex of ITGA1 and ITGB1, the method further comprising detecting the level of at least one, at least two, at least three, at least four, at least five, at least six, or at least seven biomarkers selected from ACY1, C7, COLEC11, CSF1R, DCN, KYNU, POR and THBS2, in a sample from the subject, wherein a level of at least one biomarker selected from ACY1, C7, COLEC11, CSF1R, DCN, KYNU, POR and THBS2 that is higher than a control level of the respective biomarker, indicates that the subject has NAFLD, and wherein the sample is a blood sample, serum sample, or plasma sample. the method further comprising detecting the level of at least one, at least two, at least three, at least four, at least five, at least six, or at least seven biomarkers selected from ACY1, C7, COLEC11, CSF1R, DCN, KYNU, POR and THBS2, in a sample from the subject, wherein a level of at least one biomarker selected from ACY1, C7, COLEC11, CSF1R, DCN, KYNU, POR and THBS2 that is higher than a control level of the respective biomarker, indicates that the subject has NAFLD, and wherein the sample is a blood sample, serum sample, or plasma sample.
A method of analyzing nucleic acids in a formalin fixed paraffin embedded (FFPE) tissue sample while maintaining spatial context, the method comprising: (a) providing a FFPE tissue sample comprising nucleic acids; (b) applying a library of tags to the sample such that different geographical regions of the sample receive different tags or different concentrations of tags, wherein said applying is accomplished via diffusion; (c) separating portions of the sample into discrete partitions such that portions of the library of tags and portions of the nucleic acids are also separated into the discrete partitions; (d) obtaining sequence information from the nucleic acids, and (e) identifying tags or concentrations of tags in the discrete partitions, thereby analyzing said nucleic acids while maintaining spatial context. (a) providing a FFPE tissue sample comprising nucleic acids; (b) applying a library of tags to the sample such that different geographical regions of the sample receive different tags or different concentrations of tags, wherein said applying is accomplished via diffusion; (c) separating portions of the sample into discrete partitions such that portions of the library of tags and portions of the nucleic acids are also separated into the discrete partitions; (d) obtaining sequence information from the nucleic acids, and (e) identifying tags or concentrations of tags in the discrete partitions, thereby analyzing said nucleic acids while maintaining spatial context.
A cutting tool made of a cemented carbide including a first hard phase and a binder phase, wherein the first hard phase is composed of WC particles, the binder phase contains at least one element selected from Co and Ni, the cutting tool comprises: a main body part; and a surface layer part provided on a surface of the main body part, on a surface of a plain part in a rake face of the cutting tool, 1.0 GPa or more of a compressive residual stress, as measured as described in the description, is applied to the first hard phase, a thickness of the surface layer part, as measured as described in the description, is equal to or less than an average particle diameter, as measured as described in the description, of the first hard phase on the surface of the plain part in the rake face, and a ratio of a second average particle diameter that is the average particle diameter of the first hard phase on the surface of the plain part in the rake face to a first average particle diameter that is an average particle diameter of the first hard phase on a cross section of the main body part is 0.7 or more and less than 1. the first hard phase is composed of WC particles, the binder phase contains at least one element selected from Co and Ni, the cutting tool comprises: a main body part; and a surface layer part provided on a surface of the main body part, on a surface of a plain part in a rake face of the cutting tool, 1.0 GPa or more of a compressive residual stress, as measured as described in the description, is applied to the first hard phase, a thickness of the surface layer part, as measured as described in the description, is equal to or less than an average particle diameter, as measured as described in the description, of the first hard phase on the surface of the plain part in the rake face, and a ratio of a second average particle diameter that is the average particle diameter of the first hard phase on the surface of the plain part in the rake face to a first average particle diameter that is an average particle diameter of the first hard phase on a cross section of the main body part is 0.7 or more and less than 1.
A pellicle for a lithographic device using a radiation beam , the pellicle comprising: a carbon-based film having at least one layer of cross-linked low-molecular molecules selected from the group consisting of aromatic molecules, heteroaromatic molecules, polyyne-based or polyene-based amphiphilic molecules, the carbon-based film having a periphery and a center portion , the center portion being transparent to the radiation beam and having a thickness of between 0.1 nm and 10 nm; a support structure coupled at least to the periphery of the carbon-based film . a carbon-based film having at least one layer of cross-linked low-molecular molecules selected from the group consisting of aromatic molecules, heteroaromatic molecules, polyyne-based or polyene-based amphiphilic molecules, the carbon-based film having a periphery and a center portion , the center portion being transparent to the radiation beam and having a thickness of between 0.1 nm and 10 nm; a support structure coupled at least to the periphery of the carbon-based film .
A device for drying a printing material provided with printing ink for a printing machine with a hollow body , which has an elongated air guidance region with an opening in order to guide a gaseous medium from the hollow body in the direction towards the printing material , a feed opening in order to guide the gaseous medium into the hollow body , wherein the hollow body and the air guidance region form a common, uniform material component, wherein the air guidance region has two walls , which are at least partially spaced apart from one another, wherein the air guidance region has air resistance elements at least on one of the two walls and wherein the air resistance element has an elongated extension, which is aligned in the direction of the opening of the air guidance region . a hollow body , which has an elongated air guidance region with an opening in order to guide a gaseous medium from the hollow body in the direction towards the printing material , a feed opening in order to guide the gaseous medium into the hollow body , wherein the hollow body and the air guidance region form a common, uniform material component, wherein the air guidance region has two walls , which are at least partially spaced apart from one another, wherein the air guidance region has air resistance elements at least on one of the two walls and wherein the air resistance element has an elongated extension, which is aligned in the direction of the opening of the air guidance region .
An aircraft gas turbine engine comprising: at least a first main engine shaft ; an electric machine coupled to the main engine shaft , and; a lubrication pump configured to provide oil to at least a part of the electric machine , the lubrication pump being controlled by a controller ; wherein the controller is configured to operate the lubrication pump in a main gas turbine engine running mode, in which the lubrication pump is driven to provide lubrication to the electric machine in accordance with a first flow rate schedule, and a fault mode, in which the lubrication pump is driven to provide lubrication to the electric machine in accordance with a second schedule, wherein the controller is configured to detect an electric machine fault, and control the lubricant pump in accordance with the fault mode when a fault is detected, wherein the first and second schedules are dependent at least in part on main engine shaft rotational speed, and wherein the second schedule comprises operating the lubrication pump at a higher flow rate relative to the main engine shaft rotational speed than the first schedule. at least a first main engine shaft ; an electric machine coupled to the main engine shaft , and; a lubrication pump configured to provide oil to at least a part of the electric machine , the lubrication pump being controlled by a controller ; wherein the controller is configured to operate the lubrication pump in a main gas turbine engine running mode, in which the lubrication pump is driven to provide lubrication to the electric machine in accordance with a first flow rate schedule, and a fault mode, in which the lubrication pump is driven to provide lubrication to the electric machine in accordance with a second schedule, wherein the controller is configured to detect an electric machine fault, and control the lubricant pump in accordance with the fault mode when a fault is detected, wherein the first and second schedules are dependent at least in part on main engine shaft rotational speed, and wherein the second schedule comprises operating the lubrication pump at a higher flow rate relative to the main engine shaft rotational speed than the first schedule.
A cartridge for preparation of a beverage, the cartridge being sealed prior to use and containing one or more beverage ingredients, the cartridge being suitable to receive in use an aqueous medium which may be brought into contact with the one or more beverage ingredients to produce a beverage which may be output from the cartridge, the cartridge comprising: - a body defining a beverage ingredient chamber containing the one or more beverage ingredients; characterised in that the cartridge further comprises: - a first filter defining an exit from the beverage ingredient chamber ; - a second filter downstream of, and spaced apart from, the first filter ; and - a flow constriction downstream of the second filter , such that in use beverage produced from the one or more beverage ingredients passes, in order, through the first filter , the second filter and the flow constriction wherein the first filter extends around the second filter . - a body defining a beverage ingredient chamber containing the one or more beverage ingredients; - a first filter defining an exit from the beverage ingredient chamber ; - a second filter downstream of, and spaced apart from, the first filter ; and - a flow constriction downstream of the second filter ,
A blood vessel lumen reentry device comprising: a catheter having a distal end; a guidewire exit port located on the catheter a spaced distance from its distal end; a lumen extending from the distal end of the catheter to at least the guidewire exit port; a rotational orientation indicator useable for determining the rotational position of the guidewire exit port when positioned within the blood vessel of a human or animal subject; a side tube adjacent to the guidewire exit port, characterised in that said side tube has a proximal end opening, a through lumen and a distal end opening. a catheter having a distal end; a guidewire exit port located on the catheter a spaced distance from its distal end; a lumen extending from the distal end of the catheter to at least the guidewire exit port; a rotational orientation indicator useable for determining the rotational position of the guidewire exit port when positioned within the blood vessel of a human or animal subject; a side tube adjacent to the guidewire exit port, characterised in that said side tube has a proximal end opening, a through lumen and a distal end opening.