mhurhangee/ep-ind-claims huggingface dataset:
An air-conditioning management device for connecting to a plurality of air conditioners (2, 3A, 3B) so that data communication is possible, is configured to manage the operating state of each air conditioner (2, 3A, 3B), and comprises: an operation receiver that is configured to receive input operation from a user; and a display that is configured to display various information for managing the air conditioners (2, 3A, 3B); the air-conditioning management device comprising a device display controller that is configured to, together with displaying on the display a floor plan of a building in which the air conditioners (2, 3A, 3B) are installed, display icons on the display, the icons representing the air conditioners (2, 3A, 3B) on portions on the floor plan that correspond to the actual installation locations of the air conditioners (2, 3A, 3B); the air-conditioning management device being characterized by: a data storage that is configured to store image data that was taken of the air conditioners (2, 3A, 3B); and an image data setter that is configured to display a list of images based on the image data on one end side of a display screen of the display and associate the image data with the air conditioners (2, 3A, 3B) according to a specified operation from the user; wherein the device display controller is configured to, when the user selects an icon, display an image on the display based on the image data that is associated with the air conditioner (2, 3A, 3B) that is represented by the icon. an operation receiver that is configured to receive input operation from a user; and a display that is configured to display various information for managing the air conditioners (2, 3A, 3B); the air-conditioning management device comprising a device display controller that is configured to, together with displaying on the display a floor plan of a building in which the air conditioners (2, 3A, 3B) are installed, display icons on the display, the icons representing the air conditioners (2, 3A, 3B) on portions on the floor plan that correspond to the actual installation locations of the air conditioners (2, 3A, 3B); the air-conditioning management device being characterized by: a data storage that is configured to store image data that was taken of the air conditioners (2, 3A, 3B); and an image data setter that is configured to display a list of images based on the image data on one end side of a display screen of the display and associate the image data with the air conditioners (2, 3A, 3B) according to a specified operation from the user; a data storage that is configured to store image data that was taken of the air conditioners (2, 3A, 3B); and an image data setter that is configured to display a list of images based on the image data on one end side of a display screen of the display and associate the image data with the air conditioners (2, 3A, 3B) according to a specified operation from the user;
A viscous food dispensing system, comprising: a detachable door defining at least one elongated aperture along a vertical axis of the detachable door and attachable to a frame of the viscous food dispensing system by at least one hinge; an inlet tube for a pump device; a friction-fit connector coupled to the inlet tube of the pump device; a container (152A/B) detachably connected to the detachable door, the container (152A/B) containing a viscous food product, the container (152A/B) including an outlet at a bottom of the container (152A/B) configured to couple with the friction-fit connector of the inlet tube via friction fit; and a dispensing device comprising: a roller slideably attached to the frame that applies pressure against the container (152A/B) and the detachable door wherein the roller is initially in contact with a top of the container (152A/B) and slides towards the outlet as the viscous food product is expelled; and a level indicator coupled with the roller that protrudes through the at least one elongated aperture when the detachable door is closed such that the level indicator is visible from an exterior of the detachable door, when the container (152A/B) is disposed between the dispensing device and the detachable door. a detachable door defining at least one elongated aperture along a vertical axis of the detachable door and attachable to a frame of the viscous food dispensing system by at least one hinge; an inlet tube for a pump device; a friction-fit connector coupled to the inlet tube of the pump device; a container (152A/B) detachably connected to the detachable door, the container (152A/B) containing a viscous food product, the container (152A/B) including an outlet at a bottom of the container (152A/B) configured to couple with the friction-fit connector of the inlet tube via friction fit; and a dispensing device comprising: a roller slideably attached to the frame that applies pressure against the container (152A/B) and the detachable door wherein the roller is initially in contact with a top of the container (152A/B) and slides towards the outlet as the viscous food product is expelled; and a level indicator coupled with the roller that protrudes through the at least one elongated aperture when the detachable door is closed such that the level indicator is visible from an exterior of the detachable door, when the container (152A/B) is disposed between the dispensing device and the detachable door. a roller slideably attached to the frame that applies pressure against the container (152A/B) and the detachable door wherein the roller is initially in contact with a top of the container (152A/B) and slides towards the outlet as the viscous food product is expelled; and a level indicator coupled with the roller that protrudes through the at least one elongated aperture when the detachable door is closed such that the level indicator is visible from an exterior of the detachable door, when the container (152A/B) is disposed between the dispensing device and the detachable door.
A method for performing a photo survey of an environment wherein said photo survey is a survey where a plurality of participants are asked to capture images of motives in an environment and further indicate their opinion of said motives, wherein each participant has a smart device comprising a camera unit, a processing unit, and an input unit and each participant is provided with access through their smart device to a data storage medium comprising a computer readable code wherein said computer readable code is configured to programme each smart device to: • display on the display instructions for performing said photo survey; • control using said processing unit said camera unit to capture an image of a motive, when either a first shutter release button or a second shutter release button is activated; • generate using said processing unit an opinion variable associated with said captured image, when either said first shutter release button or said second shutter release button is activated, wherein said opinion variable is for indicating the opinion of the participant towards said motive, and wherein said opinion variable is generated dependent on the used shutter release button, whereby a participant can capture an image of a motive and simultaneously record an opinion towards said motive by choosing a particular shutter release button; and • transfer all captured images and generated opinion variables to a server; wherein the instructions for performing said photo survey displayed on the display of each smart device instruct the participants that said first shutter release button is for recording a positive opinion towards a motive and that said second shutter release button is for recording a negative opinion towards a motive; and wherein the captured images and the generated opinion variables on the server, transferred from the smart device of each participant, are organized in a database. • display on the display instructions for performing said photo survey; • control using said processing unit said camera unit to capture an image of a motive, when either a first shutter release button or a second shutter release button is activated; • generate using said processing unit an opinion variable associated with said captured image, when either said first shutter release button or said second shutter release button is activated, wherein said opinion variable is for indicating the opinion of the participant towards said motive, and wherein said opinion variable is generated dependent on the used shutter release button, whereby a participant can capture an image of a motive and simultaneously record an opinion towards said motive by choosing a particular shutter release button; and • transfer all captured images and generated opinion variables to a server;
A belt for use in a tower press, the belt comprising a first surface, the filtration surface and a second surface, the drainage surface, having differing properties, the differing properties comprising differing permeability and/or particle capture properties, and wherein the belt is divided into at least two segments, wherein each segment is one filter length long and when the belt is laid flat, each segment has an upper face and a lower face, such that the upper face of a first segment is the first surface and the lower face of this first segment is the second surface, and that the upper face of each segment adjacent to the first segment is the second surface and the lower face of each segment adjacent to the first segment is the first surface.
A presence system that manages presences of a user identified by a user identifier that specifies the user, the presence system comprising: a reception unit for receiving a renewal request that includes: a user identifier of a renewer, who is a user other than the owner of the presences; a user identifier of the owner of the presences, the owner possessing a presence that the renewer attempts to set, and the presence that the renewer attempts to set; a category acquisition unit for acquiring category information associated with the renewer, wherein the category information represents the category of the content of the presence; an association table that stores an association of the identifiers of the presences of the owner, and the category information; a presence specification unit for referring to the association table, and for specifying the presence identifier associated with the category information corresponding to the renewer, and a presence setting unit for setting the presence included in the renewal request, with respect to the specified presence identifier. a reception unit for receiving a renewal request that includes: a user identifier of a renewer, who is a user other than the owner of the presences; a user identifier of the owner of the presences, the owner possessing a presence that the renewer attempts to set, and the presence that the renewer attempts to set; a category acquisition unit for acquiring category information associated with the renewer, wherein the category information represents the category of the content of the presence; an association table that stores an association of the identifiers of the presences of the owner, and the category information; a presence specification unit for referring to the association table, and for specifying the presence identifier associated with the category information corresponding to the renewer, and a presence setting unit for setting the presence included in the renewal request, with respect to the specified presence identifier. a user identifier of a renewer, who is a user other than the owner of the presences; a user identifier of the owner of the presences, the owner possessing a presence that the renewer attempts to set, and the presence that the renewer attempts to set; a category acquisition unit for acquiring category information associated with the renewer, wherein the category information represents the category of the content of the presence; an association table that stores an association of the identifiers of the presences of the owner, and the category information; a presence specification unit for referring to the association table, and for specifying the presence identifier associated with the category information corresponding to the renewer, and a presence setting unit for setting the presence included in the renewal request, with respect to the specified presence identifier.
Method for processing an echo signal received by an acoustic sensor, comprising: - recording the echo signal over a temporal measurement interval, - determining a minimum value which describes a minimum amplitude of the echo signal within the measurement interval, - determining an amplitude value which describes an amplitude of the echo signal within a measurement window, wherein the measurement window is a predefined temporal interval within the measurement interval, - determining a difference between the minimum value and the amplitude value, and - ascertaining whether the echo signal comprises a first type of interference signal or a second type of interference signal based on the determined difference, wherein a first type of interference signal is ascertained if the difference is less than a first threshold value, and wherein a second type of interference signal is ascertained if the difference is greater than or equal to a second threshold value. - recording the echo signal over a temporal measurement interval, - determining a minimum value which describes a minimum amplitude of the echo signal within the measurement interval, - determining an amplitude value which describes an amplitude of the echo signal within a measurement window, wherein the measurement window is a predefined temporal interval within the measurement interval, - determining a difference between the minimum value and the amplitude value, and - ascertaining whether the echo signal comprises a first type of interference signal or a second type of interference signal based on the determined difference, wherein a first type of interference signal is ascertained if the difference is less than a first threshold value, and wherein a second type of interference signal is ascertained if the difference is greater than or equal to a second threshold value.
Refrigerator and/or freezer comprising a refrigerated receiving region for a liquid container containing a liquid, in particular for drinks bottles or cans, wherein a drive means is provided to move the receiving region itself and/or the liquid container received therein for the purpose of accelerated refrigeration of the liquid, wherein the drive means comprises a disc cam, a cam shaft or another revolving or rotating body comprising a cam, the cam of which is in intermittent contact with the receiving region or with a liquid container placed therein, wherein the cam is dimensioned such that, by means of the intermittent contact, a jerky, intermittent movement of the receiving region or the liquid container placed therein is produced.
A composition comprising branched fructan molecules derived from a fructan extract of perennial high sugar grass and obtained by enzymic endo-hydrolase hydrolysis, wherein said branched fructan molecules have; a molecular weight of between 0.3 to 3kDa; and/or a fructan chain length of 2 to 15 fructose units; and wherein at least 80% of the branched fructan molecules present in the composition have a fructan chain length of 3 to 12 fructose units.
A navigation method for use in a host vehicle during transit through a region, the host vehicle including an on-board display unit, the navigation method comprising: receiving neighbor vehicle data, defined as moving vehicle information and geographic position from a source of neighbor vehicle data; receiving, from a source of stationary vehicle data, stationary vehicle data, defined as a previously stored stationary vehicle's last transmitted data comprising geographic coordinates, vehicle type, and vehicle identification; obtaining, from a map data source, map data corresponding to the region; processing, by a processor, neighbor vehicle data, stationary vehicle data, map data, and a route plan of the host vehicle to identify a potential threat on the route plan, the potential threat having a threat location between a starting point and an ending point of the route plan; generating, on the display unit, a display including a map of the region, the route plan, and a symbol for the host vehicle at its location; overlaying a threat symbol representative of the potential threat on the map at the threat location; and identifying, by the processor, a segment of the route plan most affected by the potential threat and rendering the segment in a visually distinguishable manner. receiving neighbor vehicle data, defined as moving vehicle information and geographic position from a source of neighbor vehicle data; receiving, from a source of stationary vehicle data, stationary vehicle data, defined as a previously stored stationary vehicle's last transmitted data comprising geographic coordinates, vehicle type, and vehicle identification; obtaining, from a map data source, map data corresponding to the region; processing, by a processor, neighbor vehicle data, stationary vehicle data, map data, and a route plan of the host vehicle to identify a potential threat on the route plan, the potential threat having a threat location between a starting point and an ending point of the route plan; generating, on the display unit, a display including a map of the region, the route plan, and a symbol for the host vehicle at its location; overlaying a threat symbol representative of the potential threat on the map at the threat location; and identifying, by the processor, a segment of the route plan most affected by the potential threat and rendering the segment in a visually distinguishable manner.
A prosthetic heart valve delivery apparatus (100; 300) for delivering a prosthetic heart valve via a patient's vasculature, comprising: a catheter comprising a flexible torque shaft (110; 312) adapted to extend through the patient's vasculature, a valve-retaining mechanism (114; 306) configured to couple a distal end portion of the catheter to the prosthetic heart valve; and a valve sheath (106; 322) configured to receive the prosthetic heart valve in a radially compressed state and the valve-retaining mechanism (114; 306) when the prosthetic heart valve is coupled to the distal end portion of the catheter for delivery to the heart through the patient's vasculature; wherein rotation of the torque shaft (110; 312) is effective to cause relative longitudinal movement between the valve sheath (106; 322) and the prosthetic heart valve to deploy the prosthetic heart valve from the valve sheath (106; 322) for deployment in the heart, the valve-retaining mechanism (114; 306) configured to form a releasable connection between the prosthetic heart valve and the catheter, which connection can be released after the prosthetic heart valve is deployed from the valve sheath (106; 322). a catheter comprising a flexible torque shaft (110; 312) adapted to extend through the patient's vasculature, a valve-retaining mechanism (114; 306) configured to couple a distal end portion of the catheter to the prosthetic heart valve; and a valve sheath (106; 322) configured to receive the prosthetic heart valve in a radially compressed state and the valve-retaining mechanism (114; 306) when the prosthetic heart valve is coupled to the distal end portion of the catheter for delivery to the heart through the patient's vasculature; wherein rotation of the torque shaft (110; 312) is effective to cause relative longitudinal movement between the valve sheath (106; 322) and the prosthetic heart valve to deploy the prosthetic heart valve from the valve sheath (106; 322) for deployment in the heart, the valve-retaining mechanism (114; 306) configured to form a releasable connection between the prosthetic heart valve and the catheter, which connection can be released after the prosthetic heart valve is deployed from the valve sheath (106; 322).
A method for the production of a biopharmaceutical product, comprising: (a) infecting a biopharmaceutical-producing insect cell with at least one baculovirus, said at least one baculovirus comprising a genome coding for said biopharmaceutical product, and (b) maintaining the biopharmaceutical-producing insect cell under conditions such that the biopharmaceutical product is produced, wherein the genome of said at least one baculovirus is deficient for the gene vp1054 or wherein said biopharmaceutical-producing insect cell comprises an expression control system allowing the inactivation of the gene vp1054. (a) infecting a biopharmaceutical-producing insect cell with at least one baculovirus, said at least one baculovirus comprising a genome coding for said biopharmaceutical product, and (b) maintaining the biopharmaceutical-producing insect cell under conditions such that the biopharmaceutical product is produced,
A method for producing a zeolite layer on a metal-containing substrate, comprising the method steps of: 1.1 producing an aqueous suspension comprising a plurality of components, wherein 1.2 one component comprises at least one reticulation-forming element from the third, fourth or fifth main group of the periodic table, and 1.3 the metal-containing substrate exhibits at least one of the reticulation-forming elements; 1.4 introducing the metal-containing substrate into the aqueous suspension; 1.5 heating the aqueous suspension and the metal-containing substrate situated therein for an in-situ crystallization of a zeolite layer on the metal-containing substrate, characterized in that 1.6 at least one of the reticulation-forming elements present in the aqueous suspension is present in shortfall with respect to the zeolite forming process and the final structure of the zeolite, wherein the molar ratio between the reticulation-forming element(s) being present in shortfall in the aqueous suspension in relation the sum of all of the reticulation-forming elements present in the aqueous suspension is below 0.4, and 1.7 the reticulation-forming element(s) being present in shortfall is (are) extracted from the metal-containing substrate and incorporated into the zeolite layer. 1.1 producing an aqueous suspension comprising a plurality of components, wherein 1.2 one component comprises at least one reticulation-forming element from the third, fourth or fifth main group of the periodic table, and 1.3 the metal-containing substrate exhibits at least one of the reticulation-forming elements; 1.4 introducing the metal-containing substrate into the aqueous suspension; 1.5 heating the aqueous suspension and the metal-containing substrate situated therein for an in-situ crystallization of a zeolite layer on the metal-containing substrate, characterized in that 1.6 at least one of the reticulation-forming elements present in the aqueous suspension is present in shortfall with respect to the zeolite forming process and the final structure of the zeolite, wherein the molar ratio between the reticulation-forming element(s) being present in shortfall in the aqueous suspension in relation the sum of all of the reticulation-forming elements present in the aqueous suspension is below 0.4, and 1.7 the reticulation-forming element(s) being present in shortfall is (are) extracted from the metal-containing substrate and incorporated into the zeolite layer.