mhurhangee/ep-ind-claims huggingface dataset:
A method of creating a label to be printed on a label printing apparatus (1,1'): wherein the method comprises making available a full list of direct access keys to a user for selection, each direct access key relating to a label type; determining a filtered list of the direct access keys to be made available to a user relating to a label-creating process; displaying the filtered list of direct access keys on a display; and enabling a user to select at least one of the filtered list of direct access keys, so as to initiate creation of a label of a label type associated with the selected direct access key; wherein said determination of the filtered list of direct access keys to be made available to the user is based upon a determined type of image receiving medium inserted in said label printing apparatus (1,1'). wherein the method comprises making available a full list of direct access keys to a user for selection, each direct access key relating to a label type; determining a filtered list of the direct access keys to be made available to a user relating to a label-creating process; displaying the filtered list of direct access keys on a display; and enabling a user to select at least one of the filtered list of direct access keys, so as to initiate creation of a label of a label type associated with the selected direct access key; wherein said determination of the filtered list of direct access keys to be made available to the user is based upon a determined type of image receiving medium inserted in said label printing apparatus (1,1').
A capture device for being applied to capture a target biological particle from a specimen, comprising: two catchers each including a base and a plurality of capture arms extending from the base and spaced apart from each other, wherein each of the capture arms has a free end portion configured to capture a target biological particle and a supporting segment connected between the free end portion and the base, and wherein the supporting segment of each of the capture arms is arranged in a projection space defined by orthogonally projecting the free end portion along a height direction onto the base; and an adhesive layer gaplessly connected to the two catchers so as to jointly define a chamber, wherein the capture arms of any one of the two catchers face toward another one of the two catchers, and the capture arms of the two catchers are arranged in the chamber, wherein the capture device has an opening that is spatially communicated between the chamber and an external space that is located outside of the capture device, and the chamber is configured to accommodate a specimen through the opening, and wherein when the specimen is accommodated in the chamber, and the target biological particle is captured by two of the capture arms that are arranged adjacent to each other, the free end portion of any one of the two of the capture arms is attached with and carries the target biological particle so as to bend the corresponding supporting segment to have an elastic force, and a part of the target biological particle is trapped by the supporting segments of the two of the capture arms and is held by the elastic force. two catchers each including a base and a plurality of capture arms extending from the base and spaced apart from each other, wherein each of the capture arms has a free end portion configured to capture a target biological particle and a supporting segment connected between the free end portion and the base, and wherein the supporting segment of each of the capture arms is arranged in a projection space defined by orthogonally projecting the free end portion along a height direction onto the base; and an adhesive layer gaplessly connected to the two catchers so as to jointly define a chamber, wherein the capture arms of any one of the two catchers face toward another one of the two catchers, and the capture arms of the two catchers are arranged in the chamber, wherein the capture device has an opening that is spatially communicated between the chamber and an external space that is located outside of the capture device, and the chamber is configured to accommodate a specimen through the opening, and wherein when the specimen is accommodated in the chamber, and the target biological particle is captured by two of the capture arms that are arranged adjacent to each other, the free end portion of any one of the two of the capture arms is attached with and carries the target biological particle so as to bend the corresponding supporting segment to have an elastic force, and a part of the target biological particle is trapped by the supporting segments of the two of the capture arms and is held by the elastic force.
A process for the oxidative dehydrogenation of ethane to ethylene comprising: providing a multitubular fixed-bed reactor comprising a reactor inlet, an interior shell space, and a plurality of reactor tubes, wherein the plurality of reactor tubes comprise a catalyst bed that comprises an oxidative dehydrogenation catalyst; supplying a feed gas comprising ethane and oxygen to the reactor inlet and allowing the ethane and oxygen to react in the presence of the oxidative dehydrogenation catalyst to yield a reactor effluent comprising ethylene; and supplying a coolant to the interior shell space of the multitubular fixed-bed reactor in a flow pattern that is co-current with the flow of the feed gas through the plurality of reactor tubes, wherein the coolant is supplied to the interior shell space via an upstream coolant inlet at an upstream inlet coolant temperature and is withdrawn from the interior shell space via a downstream coolant outlet at a downstream outlet coolant temperature, and wherein the downstream outlet coolant temperature exceeds the upstream inlet coolant temperature by 5°C to 30°C. providing a multitubular fixed-bed reactor comprising a reactor inlet, an interior shell space, and a plurality of reactor tubes, wherein the plurality of reactor tubes comprise a catalyst bed that comprises an oxidative dehydrogenation catalyst; supplying a feed gas comprising ethane and oxygen to the reactor inlet and allowing the ethane and oxygen to react in the presence of the oxidative dehydrogenation catalyst to yield a reactor effluent comprising ethylene; and supplying a coolant to the interior shell space of the multitubular fixed-bed reactor in a flow pattern that is co-current with the flow of the feed gas through the plurality of reactor tubes, wherein the coolant is supplied to the interior shell space via an upstream coolant inlet at an upstream inlet coolant temperature and is withdrawn from the interior shell space via a downstream coolant outlet at a downstream outlet coolant temperature, and wherein the downstream outlet coolant temperature exceeds the upstream inlet coolant temperature by 5°C to 30°C.
A device comprising: one or more processors; a trusted computing manager executable by the one or more processors to access a secure memory; and a manufacturer certificate stored in the secure memory accessible by the trusted computing manager; a certificate authority embedded in the trusted computing manager and executable by the one or more processors to generate a compound certificate, the generated compound certificate including a representation of a state of the device and being chained at least to the manufacturer certificate stored in the secure memory, the state of the device being based at least on one or more measurements of code executable on the device; and a server process executable by the one or more processors to transmit the generated compound certificate to an external device responsive to a certificate request by the external device, the representation of the state of the device included in the generated compound certificate usable by the external device to determine whether the device is in a trusted state. one or more processors; a trusted computing manager executable by the one or more processors to access a secure memory; and a manufacturer certificate stored in the secure memory accessible by the trusted computing manager; a certificate authority embedded in the trusted computing manager and executable by the one or more processors to generate a compound certificate, the generated compound certificate including a representation of a state of the device and being chained at least to the manufacturer certificate stored in the secure memory, the state of the device being based at least on one or more measurements of code executable on the device; and a server process executable by the one or more processors to transmit the generated compound certificate to an external device responsive to a certificate request by the external device, the representation of the state of the device included in the generated compound certificate usable by the external device to determine whether the device is in a trusted state.
A multi-part sterilant system comprising: a first part comprising a first reagent in a carrier medium in a first container (6,66,80); a second part comprising a second reagent in a carrier medium in a second container (10,68); wherein the first reagent and the second reagent will react to provide a sterilising composition when the first part is mixed with the second part; characterised by: a pump head having a peristaltic pump member; the first container (6,66) having a first-part dispensing tube extending from its interior and disposed through the pump head; the second container (10,68) having a second-part dispensing tube extending from its interior and disposed through the pump head; wherein the peristaltic pump member when actuated acts on both the first-part dispensing tube and the second-part dispensing tube so as simultaneously to pump equal volumes of the first part and the second part. a first part comprising a first reagent in a carrier medium in a first container (6,66,80); a second part comprising a second reagent in a carrier medium in a second container (10,68); wherein the first reagent and the second reagent will react to provide a sterilising composition when the first part is mixed with the second part; characterised by: a pump head having a peristaltic pump member; the first container (6,66) having a first-part dispensing tube extending from its interior and disposed through the pump head; the second container (10,68) having a second-part dispensing tube extending from its interior and disposed through the pump head; wherein the peristaltic pump member when actuated acts on both the first-part dispensing tube and the second-part dispensing tube so as simultaneously to pump equal volumes of the first part and the second part. a pump head having a peristaltic pump member; the first container (6,66) having a first-part dispensing tube extending from its interior and disposed through the pump head; the second container (10,68) having a second-part dispensing tube extending from its interior and disposed through the pump head; wherein the peristaltic pump member when actuated acts on both the first-part dispensing tube and the second-part dispensing tube so as simultaneously to pump equal volumes of the first part and the second part.
A method for reporting proximity in an assembly environment, the method comprising: inserting an arm of a bracket into an interior of a part that is held by a cradle, and that is worked upon by a robot (140, 1030, 1250); placing indexing features at the bracket into contact with indexing features of the cradle; operating sensors (120, 1028, 1270) at the bracket to directly detect a location of a first proximity detector (160, 300, 410, 1260) worn by a technician (150, 920) and a location of a second proximity detector (162, 300, 420, 430, 1290) at the robot (140, 1030, 1250); and directing the first proximity detector (160, 300, 410, 1260) to provide a warning to the technician (150, 920) if a distance between the first proximity detector (160, 300, 410, 1260) and the second proximity detector (162, 300, 420, 430, 1290) is less than a threshold. inserting an arm of a bracket into an interior of a part that is held by a cradle, and that is worked upon by a robot (140, 1030, 1250); placing indexing features at the bracket into contact with indexing features of the cradle; operating sensors (120, 1028, 1270) at the bracket to directly detect a location of a first proximity detector (160, 300, 410, 1260) worn by a technician (150, 920) and a location of a second proximity detector (162, 300, 420, 430, 1290) at the robot (140, 1030, 1250); and directing the first proximity detector (160, 300, 410, 1260) to provide a warning to the technician (150, 920) if a distance between the first proximity detector (160, 300, 410, 1260) and the second proximity detector (162, 300, 420, 430, 1290) is less than a threshold.
A diatomaceous earth product, the product comprising diatomaceous earth having a loose weight density of less than 14 Ibs/ft 3 (224 kg/m 3), and a silica specific volume of at least 3.2 cm 3 /g, wherein the diatomaceous earth product has a stoichiometric ratio of alkali metal to iron and aluminum ranging from 125% to 350%, wherein: the loose weight density = net weight / volume, and wherein the loose weight density is measured as described in the description; the silica specific volume = fraction silica content / centrifuged wet density, and wherein the silica specific volume is measured as described in the description; further wherein the stoichiometric ratio of alkali metal to iron and aluminium is measured as described in the description; and wherein the diatomaceous earth product has been prepared by alkali flux calcining a feed material using sodium and wherein said feed material has a silica specific volume of at least 3.2 cm 3 /g. the loose weight density = net weight / volume, and wherein the loose weight density is measured as described in the description; the silica specific volume = fraction silica content / centrifuged wet density, and wherein the silica specific volume is measured as described in the description; further wherein the stoichiometric ratio of alkali metal to iron and aluminium is measured as described in the description; and wherein the diatomaceous earth product has been prepared by alkali flux calcining a feed material using sodium and wherein said feed material has a silica specific volume of at least 3.2 cm 3 /g.
A compound of formula wherein X is CR; R is hydrogen, halogen or C 1-7 alkyl; L is a bond, -C - or -C NH-; Ar is phenyl or a five or six membered heteroaryl group, containing one or two N atoms; R 1 is halogen, C 1-7 alkyl, C 1-7 alkyl substituted by halogen, C 1-7 alkoxy, C 1-7 alkoxy substituted by halogen or cycloalkyl; n is 0, 1, 2 or 3; or a pharmaceutically suitable acid addition salt thereof, all racemic mixtures, all their corresponding enantiomers and/or optical isomers thereof. X is CR; R is hydrogen, halogen or C 1-7 alkyl; L is a bond, -C - or -C NH-; Ar is phenyl or a five or six membered heteroaryl group, containing one or two N atoms; R 1 is halogen, C 1-7 alkyl, C 1-7 alkyl substituted by halogen, C 1-7 alkoxy, C 1-7 alkoxy substituted by halogen or cycloalkyl; n is 0, 1, 2 or 3;
Hot water or steam dispenser, comprising a casing in which a steam pipe is produced to place a steam source in fluid communication with a supply, closing means adapted to open and close said steam pipe with at least one translational movement, respectively permitting and preventing the passage of steam through said pipe, a control head housed in a seat of the casing, which can rotate at least along a first plane, characterized in that said closing means comprise one slider, slidingly housed in the casing, provided at one end with a positioning surface on which the control head rests, on said positioning surface being produced a notch, parallel to the first plane, in which said control head is at least partly received, said closing means being structured to guide rotation of the control head along said first plane to reach a first stable open position of the dispenser, said closing means being structured to allow also that rotation of the control head in the notch along a second plane, transverse to the first plane, to reach a second temporary open position.
A wet wipe container, the wet wipe container comprising: a wet wipe housing having an internal compartment for containing wet wipes; a lid having a dispensing opening through which at least one wipe is dispensed and a dispensing lid adapted to cover the dispensing opening when it is in a closed position; and which lid is connected to the wet wipe housing; a spray dispenser having a push-button actuator for dispensing a fluid and having an outlet positioned to dispense the fluid directly onto the wet wipes in a storage position in the wet wipe housing; and wherein the dispensing lid has an extending lug which, in response to depression of the dispensing lid, directly or indirectly depresses the push-button actuator when the dispensing lid is in a closed position. a wet wipe housing having an internal compartment for containing wet wipes; a lid having a dispensing opening through which at least one wipe is dispensed and a dispensing lid adapted to cover the dispensing opening when it is in a closed position; and which lid is connected to the wet wipe housing; a spray dispenser having a push-button actuator for dispensing a fluid and having an outlet positioned to dispense the fluid directly onto the wet wipes in a storage position in the wet wipe housing; and wherein the dispensing lid has an extending lug which, in response to depression of the dispensing lid, directly or indirectly depresses the push-button actuator when the dispensing lid is in a closed position.
A projector comprising: a light source configured to output light; a projection component configured to project an image on a projection surface by scanning the light outputted by the light source at an angle to the projection surface; and a photodetector configured to detect, as a reflected light, the light that has been scanned by the projection component and reflected by a detection object within a light detection range of the photodetector, with the light detection range being set to a predetermined range in a direction perpendicular to the projection surface; characterised by an inclination calculator configured to calculate an inclination angle of the detection object in a sub-scanning direction of the light based on a position of the detection object on the projection surface and a number of times the reflected light is detected while scanning in the sub-scanning direction, wherein the sub-scanning direction is a direction perpendicular to the principal scanning direction of the laser beam. a light source configured to output light; a projection component configured to project an image on a projection surface by scanning the light outputted by the light source at an angle to the projection surface; and a photodetector configured to detect, as a reflected light, the light that has been scanned by the projection component and reflected by a detection object within a light detection range of the photodetector, with the light detection range being set to a predetermined range in a direction perpendicular to the projection surface; characterised by an inclination calculator configured to calculate an inclination angle of the detection object in a sub-scanning direction of the light based on a position of the detection object on the projection surface and a number of times the reflected light is detected while scanning in the sub-scanning direction, wherein the sub-scanning direction is a direction perpendicular to the principal scanning direction of the laser beam.
Stand (10, 10b) with a supporting device for supporting an object to be erected, with a seating section for receiving a detachable ballast weight in a seating position, wherein the seating position is arranged radially on the outside, and radially on the inside of the seating position there is arranged an elevated area at least in sections in the circumferential direction, wherein the stand (10, 10b) comprises a ballast weight for weighting the stand (10, 10b), wherein the ballast weight comprises a plurality of ballast elements which are or can be connected to each other flexibly, preferably a plurality of substantially spherical, cylindrical or barrel-shaped single weights or ballast elements which can be connected to each other flexibly, and wherein the ballast weight is arranged in the seating position, characterized in that at least two of the ballast elements are connected to each other by means of a connecting means, wherein the at least two ballast elements each have a through hole and a longitudinal, in particular rope-type connecting means is led through each of the through holes of the ballast elements.
A surface-coated sintered body, comprising: a sintered body of cubic boron nitride and a surface coating layer formed on a surface thereof, said sintered body of cubic boron nitride including 20-99.5% by volume of cubic boron nitride and a binder, said surface coating layer including an adhesion layer and at least one hard coating layer, said adhesion layer being a metal layer including at least W, and being formed to cover a surface of said sintered body of cubic boron nitride, said hard coating layer being formed to coat said adhesion layer, said adhesion layer being configured of an amorphous state and/or ultrafine particles having an average particle size equal to or smaller than 5 nm, wherein said adhesion layer contains 0.1-20 atomic % of at least one type of element selected from a group consisting of Co, Ni and Fe. a sintered body of cubic boron nitride and a surface coating layer formed on a surface thereof, said sintered body of cubic boron nitride including 20-99.5% by volume of cubic boron nitride and a binder, said surface coating layer including an adhesion layer and at least one hard coating layer, said adhesion layer being a metal layer including at least W, and being formed to cover a surface of said sintered body of cubic boron nitride, said hard coating layer being formed to coat said adhesion layer, said adhesion layer being configured of an amorphous state and/or ultrafine particles having an average particle size equal to or smaller than 5 nm, wherein said adhesion layer contains 0.1-20 atomic % of at least one type of element selected from a group consisting of Co, Ni and Fe.