mhurhangee/patent-ind-claim-en huggingface dataset:
A building management system for monitoring equipment status, the building management system comprising a processing circuit configured to: - generate one or more constants for a piece of building equipment based on thresholds and device specific templates , the constants comprising equation based relationships between a value of the device specific templates and an associated threshold ; - generate one or more sub-rules based on the one or more constants and one or more equipment points, the sub-rules comprising equation based relationships between the one or more constants and the one or more equipment points, the equipment points corresponding to an attribute, a variable or a parameter associated with the piece of building equipment; - generate a rule based on the one or more sub-rules and the one or more equipment points, the rule comprising an equation based relationship between the one or more sub-rules and the one or more equipment points and indicates whether the piece of building equipment is experiencing a fault ; - receive one or more values associated with the one or more equipment points; - determine that a constant of the one or more constants is satisfied responsive to determining that the one or more values satisfy a threshold of the constant ; - determine that a sub-rule of the one or more sub-rules is satisfied responsive to determining that the constant is satisfied; - determine that the rule is satisfied responsive to determining that the sub-rule is satisfied; and - identify a fault in the piece of building equipment responsive to determining that the rule is satisfied. - generate one or more constants for a piece of building equipment based on thresholds and device specific templates , the constants comprising equation based relationships between a value of the device specific templates and an associated threshold ; - generate one or more sub-rules based on the one or more constants and one or more equipment points, the sub-rules comprising equation based relationships between the one or more constants and the one or more equipment points, the equipment points corresponding to an attribute, a variable or a parameter associated with the piece of building equipment; - generate a rule based on the one or more sub-rules and the one or more equipment points, the rule comprising an equation based relationship between the one or more sub-rules and the one or more equipment points and indicates whether the piece of building equipment is experiencing a fault ; - receive one or more values associated with the one or more equipment points; - determine that a constant of the one or more constants is satisfied responsive to determining that the one or more values satisfy a threshold of the constant ; - determine that a sub-rule of the one or more sub-rules is satisfied responsive to determining that the constant is satisfied; - determine that the rule is satisfied responsive to determining that the sub-rule is satisfied; and - identify a fault in the piece of building equipment responsive to determining that the rule is satisfied.
A plastering strip for placement at a building transition between a first building component, in particular a roller shutter guide rail , a slat guide rail, a window sill, a window or door frame , a pilaster strip, a beam or a plinth , and a second building component, in particular a thermal insulation and/or a plaster layer on a thermal insulation or on a building wall; comprising: a base area , wherein a sealing strip is arranged on the rear side of the base area , and wherein a plastering portion is arranged on the base area ; wherein the sealing strip has an inner side and an outer side; wherein a removable fixing leg is arranged at an outer end of the base area arranged outside the outer side of the sealing strip ; wherein the removable fixing leg is integrally connected to the base area via a connecting bridge; and wherein the fixing leg has an upper side and an underside; characterized in that the fixing leg is adapted in a pivotable and removable manner; and the fixing leg comprises an adhesive strip which is fastened to the underside of the fixing leg , in particular, is glued to the underside of the fixing leg . a base area , wherein a sealing strip is arranged on the rear side of the base area , and wherein a plastering portion is arranged on the base area ; wherein the sealing strip has an inner side and an outer side; wherein a removable fixing leg is arranged at an outer end of the base area arranged outside the outer side of the sealing strip ; wherein the removable fixing leg is integrally connected to the base area via a connecting bridge; and wherein the fixing leg has an upper side and an underside; characterized in that the fixing leg is adapted in a pivotable and removable manner; and the fixing leg comprises an adhesive strip which is fastened to the underside of the fixing leg , in particular, is glued to the underside of the fixing leg .
A combination of a closing element and a receiving structure which together in an initially assembled orientation prevent, but can be subsequently operated to permit, communication through the receiving structure , comprising: said receiving structure that includes (A) at least one laterally projecting shear member ; and (B) a spout defining an access passage ; and said closing element having (A) an open end into which said receiving structure spout extends to accommodate relative rotation between said closing element and said receiving structure ; (B) an aperture for initially receiving said shear member when said closing element and receiving structure are in said initially assembled orientation; and (C) a plurality of frangible bridges extending across a portion of said aperture for being severed by said shear member during relative rotation between said closing element and receiving structure , characterised in that said closing element comprises a plurality of circular holes , wherein the plurality of frangible bridges divide said aperture into the plurality of circular holes that are each separated from an adjacent circular hole by one of the plurality of frangible bridges . said receiving structure that includes (A) at least one laterally projecting shear member ; and (B) a spout defining an access passage ; and (A) at least one laterally projecting shear member ; and (B) a spout defining an access passage ; and said closing element having (A) an open end into which said receiving structure spout extends to accommodate relative rotation between said closing element and said receiving structure ; (B) an aperture for initially receiving said shear member when said closing element and receiving structure are in said initially assembled orientation; and (C) a plurality of frangible bridges extending across a portion of said aperture for being severed by said shear member during relative rotation between said closing element and receiving structure , characterised in that (A) an open end into which said receiving structure spout extends to accommodate relative rotation between said closing element and said receiving structure ; (B) an aperture for initially receiving said shear member when said closing element and receiving structure are in said initially assembled orientation; and (C) a plurality of frangible bridges extending across a portion of said aperture for being severed by said shear member during relative rotation between said closing element and receiving structure , characterised in that said closing element comprises a plurality of circular holes , wherein the plurality of frangible bridges divide said aperture into the plurality of circular holes that are each separated from an adjacent circular hole by one of the plurality of frangible bridges .
A display device comprising: a display unit ; and control means for displaying a flight route (R) of a flying object flying while photographing surroundings of a crane on the display unit , characterized in that the control means is configured to acquire disposition state data of the crane , set the flight route (R) based on the disposition state data of the crane such that the flying object flies along the set flight route (R), display the crane and the flight route (R) on the display unit , and display the flight route (R) in a display mode viewed from at least two different directions. a display unit ; and control means for displaying a flight route (R) of a flying object flying while photographing surroundings of a crane on the display unit , characterized in that the control means is configured to acquire disposition state data of the crane , set the flight route (R) based on the disposition state data of the crane such that the flying object flies along the set flight route (R), display the crane and the flight route (R) on the display unit , and display the flight route (R) in a display mode viewed from at least two different directions.
A method in a wireless network for link adaptation, the method comprising: transmitting (S410), by a network node of the wireless network, a first grant message indicating grant resources on a first link path to a first user equipment, UE, wherein the first link path is an uplink, UL, path; monitoring (S420), by the network node , the grant resources on the first link path to determine whether data is transmitted from the first UE on the first link path; and inhibiting (S430), by the network node , link adaptation for the grant resources on the first link path when it is determined that no data is transmitted from the first UE on the first link path. transmitting (S410), by a network node of the wireless network, a first grant message indicating grant resources on a first link path to a first user equipment, UE, wherein the first link path is an uplink, UL, path; monitoring (S420), by the network node , the grant resources on the first link path to determine whether data is transmitted from the first UE on the first link path; and inhibiting (S430), by the network node , link adaptation for the grant resources on the first link path when it is determined that no data is transmitted from the first UE on the first link path.
A polishing tank comprising: - a metal sleeve ; and, - a removable insert modular system ; said removable insert modular system being configured to be inserted into said metal sleeve and to be removed from said metal sleeve . characterises in that said metal sleeve comprises a deformable area so as to locate a deformation and comprises a cover held to the body of the sleeve by fastening members and preferably screws. - a metal sleeve ; and, - a removable insert modular system ; said removable insert modular system being configured to be inserted into said metal sleeve and to be removed from said metal sleeve .
A method implemented by a computing device to control an arrangement of icons and facilitate user access to content represented by the icons , comprising: detecting initiation of a displacement event to position an icon within the arrangement of icons contained in a user interface for a computing platform; responsive to the detection, evaluating multiple available displacement strategies implemented by the computing platform, wherein each individual strategy defines a set of corresponding rules for handling rearrangements of the icons when the individual strategy is applied to control the rearrangement of the arrangement of icons to position the icon; the evaluating including determining, for each of the displacement strategies, a disruptiveness score for the rearrangement of the arrangement of icons to position the icon, wherein the disruptiveness score reflects a number of the icons displayed in the user interface being moved in accordance with the displacement strategy; selecting a particular displacement strategy, for the rearrangement of the arrangement of icons to position the icon, based on the disruptiveness scores associated with the displacement strategies, the particular displacement strategy corresponding to: a least number of the icons displayed in the user interface that would be moved as compared to other displacement strategies; and controlling the rearrangement of the arrangement of icons to position the icon using the particular displacement strategy. detecting initiation of a displacement event to position an icon within the arrangement of icons contained in a user interface for a computing platform; responsive to the detection, evaluating multiple available displacement strategies implemented by the computing platform, wherein each individual strategy defines a set of corresponding rules for handling rearrangements of the icons when the individual strategy is applied to control the rearrangement of the arrangement of icons to position the icon; the evaluating including determining, for each of the displacement strategies, a disruptiveness score for the rearrangement of the arrangement of icons to position the icon, wherein the disruptiveness score reflects a number of the icons displayed in the user interface being moved in accordance with the displacement strategy; selecting a particular displacement strategy, for the rearrangement of the arrangement of icons to position the icon, based on the disruptiveness scores associated with the displacement strategies, the particular displacement strategy corresponding to: a least number of the icons displayed in the user interface that would be moved as compared to other displacement strategies; and controlling the rearrangement of the arrangement of icons to position the icon using the particular displacement strategy. a least number of the icons displayed in the user interface that would be moved as compared to other displacement strategies; and controlling the rearrangement of the arrangement of icons to position the icon using the particular displacement strategy.
Use of a polyethylene terephthalate bulked processing continuous filament, BCF, prepared by melt spinning a polyethylene terephthalate polymer for producing a tufted carpet for automobiles, the tufted carpet comprising: a pile layer including said polyethylene terephthalate BCF; and at least one backing layer; characterized in that the polyethylene terephthalate polymer has a weight average molecular weight of 50,000 to 70,000 and a content of a low molecular substance of 3 to 7 oligomers, which has not formed a polymer in the polyethylene terephthalate polymer that is 1.0 wt% or less, and a content of the low molecular substance in the BCF is 1.3 wt% or less; and a monofilament of the BCF has elongation of 5% or more at an initial stress of 1.0 gram/1.1dtex (g/d), elongation of 25 to 35% at a medium-term stress of 3.0 gram/1.1dtex (g/d), tensile strength of 4.0 to 6.0 gram/1.1dtex (g/d), and elongation of 40 to 60%, wherein the elongation and tensile strength was determined as follows: ten monofilaments were extracted from a multifilament which was left alone for 24 hours at a temperature of 25°C and a relative humidity of 65RH%, by using a monofilament tensile tester Vibrojet 2000 manufactured by Lenzing Co., a sample length of 20 mm was subjected to a load of approximately mono-denier times 60 mg, and it was then measured at a tensile speed of 20 mm/min, wherein the monofilament properties were measured with the average value of the remaining eight values, excluding the maximum value and the minimum value among the ten measured values, and wherein the initial modulus represents the slope of the graph before the yield point. a pile layer including said polyethylene terephthalate BCF; and at least one backing layer; characterized in that the polyethylene terephthalate polymer has a weight average molecular weight of 50,000 to 70,000 and a content of a low molecular substance of 3 to 7 oligomers, which has not formed a polymer in the polyethylene terephthalate polymer that is 1.0 wt% or less, and a content of the low molecular substance in the BCF is 1.3 wt% or less;
An irrigation system for large greenhouses comprising: - rails prepared at a predetermined height of a greenhouse and extending from a first end to a second end along a main direction of extension of said greenhouse; - an irrigation carriage slidable along said rails between said first end and said second end and comprising at least one irrigation bar equipped with suitable nozzles configured for irrigating plants located in a portion of said greenhouse below said irrigation bar ; - a primary hose connected or connectable to said irrigation carriage and configured for feeding an irrigation fluid to said at least one irrigation bar ; - a secondary hose connected or connectable to said irrigation carriage for feeding an additive to said at least one irrigation bar or for electricity supply of said irrigation carriage ; - a recirculation wheel slidable along said rails following said irrigation carriage and configured to keep said primary hose and secondary hose taut during a sliding of said irrigation carriage between said first and second ends of the greenhouse and defining a first sliding channel and a second sliding channel configured, respectively, to receive at least partly said primary hose and said secondary hose so as to maintain sliding axes of said primary hose and secondary hose parallel to each other and lying on a same sliding plane, characterised in that said recirculation wheel has said first sliding channel defined directly on an annular edge portion (B) of the same recirculation wheel and wherein said second sliding channel is defined inside said recirculation wheel . - rails prepared at a predetermined height of a greenhouse and extending from a first end to a second end along a main direction of extension of said greenhouse; - an irrigation carriage slidable along said rails between said first end and said second end and comprising at least one irrigation bar equipped with suitable nozzles configured for irrigating plants located in a portion of said greenhouse below said irrigation bar ; - a primary hose connected or connectable to said irrigation carriage and configured for feeding an irrigation fluid to said at least one irrigation bar ; - a secondary hose connected or connectable to said irrigation carriage for feeding an additive to said at least one irrigation bar or for electricity supply of said irrigation carriage ; - a recirculation wheel slidable along said rails following said irrigation carriage and configured to keep said primary hose and secondary hose taut during a sliding of said irrigation carriage between said first and second ends of the greenhouse and defining a first sliding channel and a second sliding channel configured, respectively, to receive at least partly said primary hose and said secondary hose so as to maintain sliding axes of said primary hose and secondary hose parallel to each other and lying on a same sliding plane, characterised in that said recirculation wheel has said first sliding channel defined directly on an annular edge portion (B) of the same recirculation wheel and wherein said second sliding channel is defined inside said recirculation wheel .
A method for manufacturing a polymer sheet for use as a non-invasive immobilization element for the immobilization of one or more body parts in a predetermined position, wherein a polymer sheet with a thickness of 1.0 to 5.0 mm, which is at least partially made of a polymer material comprising a polymer selected from the group of polycaprolactone, a copolymer of polyethylene with at least one α-olefin having 3-10 C atoms, or a mixture of two or more of the aforementioned polymers, a photo-initiator and a photo cross-linker, is partly cured, using a UV radiation source, by exposure of both sides of the polymer sheet to UV-radiation with a wavelength of radiation ranging between 100nm and 450nm for a period of time of 30 seconds to 1 hour at a radiation power of 10 Watts to 500 Watts for the partial cross-linking of the polymer; so that after partial cross-linking the polymer sheet is provided with a degree of cross-linking which decreases from both surfaces of the polymer sheet in the thickness direction of the polymer sheet, such that after curing a higher viscosity on the irradiated sides of the polymer sheet can be obtained, and a higher elastic modulus in the molten state as a result of a larger degree of cross-linking, in comparison with the inside which is softer, and more thermo-formable, and which has a lower melting strength as a result of a lower degree of cross-linking.
Hip arthroplasty apparatus comprising: an acetabular cup impactor moveable to a desired orientation relative to a patient's pelvic region for implantation of an acetabular cup into position at the acetabulum of the patient's pelvic bone ; an electronic orientation sensor transitionable between a first location on the patient's pelvic region, and a second location on the acetabular cup impactor , wherein, at the first location, the orientation sensor is adapted to record a reference orientation of the patient's pelvic region to provide a local coordinate system, and, at the second location, the orientation sensor is adapted to determine an orientation of the acetabular cup impactor relative to the reference orientation in three-dimensional space, the orientation being determined as a degree of relative rotation about three orthogonal axes of the local coordinate system; a first mount configured to engage both the orientation sensor and the pelvic region to releasably fix the orientation sensor and the pelvic region relative to each other at the first location such that the orientation of the orientation sensor is substantially fixed relative to the pelvic region, while allowing the acetabular cup to be positioned within the acetabulum; and a second mount configured to engage both the orientation sensor and the acetabular cup impactor to releasably fix the orientation sensor and the acetabular cup impactor relative to each other at the second location. an acetabular cup impactor moveable to a desired orientation relative to a patient's pelvic region for implantation of an acetabular cup into position at the acetabulum of the patient's pelvic bone ; an electronic orientation sensor transitionable between a first location on the patient's pelvic region, and a second location on the acetabular cup impactor , wherein, at the first location, the orientation sensor is adapted to record a reference orientation of the patient's pelvic region to provide a local coordinate system, and, at the second location, the orientation sensor is adapted to determine an orientation of the acetabular cup impactor relative to the reference orientation in three-dimensional space, the orientation being determined as a degree of relative rotation about three orthogonal axes of the local coordinate system; a first mount configured to engage both the orientation sensor and the pelvic region to releasably fix the orientation sensor and the pelvic region relative to each other at the first location such that the orientation of the orientation sensor is substantially fixed relative to the pelvic region, while allowing the acetabular cup to be positioned within the acetabulum; and a second mount configured to engage both the orientation sensor and the acetabular cup impactor to releasably fix the orientation sensor and the acetabular cup impactor relative to each other at the second location.
Use of a working fluid comprising trifluoroethylene, difluoromethane and 1,3,3,3-tetrafluoropropene, wherein a percentage of a total amount of trifluoroethylene, difluoromethane and 1,3,3,3-tetrafluoropropene with respect to a total amount of the working fluid is more than 90 mass% and 100 mass% or less, as an air-conditioner working fluid for electric vehicle being a hybrid vehicle equipped with both an electric motor and a gasoline engine or a fuel cell vehicle or an electric vehicle using only an electric motor as a power source.