mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by an electronic device, having a display and a processor controlling an operating system to display content on the display, the content having an area larger than the display, the method comprising: performing operating system functions independent of one or more applications that provide the content, the operating system functions including: receiving a divide input comprising a tap on the display, to divide the display, wherein the display is a touch screen display; determining display coordinates corresponding to the divide input; and determining a first demarcation line based on the display coordinates. dividing the display into first and second display portions along the first demarcation line; dividing the content into first and second content portions; displaying at least part of the first content portion in the first display portion; displaying at least part of the second content portion in the second display portion; and after receiving a scrolling input, controlling scrolling of the first content portion to allow scrolling only in directions parallel to the demarcation line; and controlling scrolling of the second portion to allow scrolling in multiple directions. receiving a divide input comprising a tap on the display, to divide the display, wherein the display is a touch screen display; determining display coordinates corresponding to the divide input; and determining a first demarcation line based on the display coordinates. dividing the display into first and second display portions along the first demarcation line; dividing the content into first and second content portions; displaying at least part of the first content portion in the first display portion; displaying at least part of the second content portion in the second display portion; and after receiving a scrolling input, controlling scrolling of the first content portion to allow scrolling only in directions parallel to the demarcation line; and controlling scrolling of the second portion to allow scrolling in multiple directions.
Transducer arrangement for sending and/or receiving acoustic signals on a means of locomotion , comprising - a chassis , - a membrane , and - an electro-acoustic transducer , - the chassis having a cavity , - the membrane sealing off the cavity in the sound emission direction, and - the electro-acoustic transducer being connected to the membrane , the chassis being sealed acoustically, characterized in that the bottom region of the cavity has different spacings with respect to the membrane and, in this way, the frequency response of the electro-acoustic transducer and/or its directional characteristic is or are influenced. - a chassis , - a membrane , and - an electro-acoustic transducer , - the chassis having a cavity , - the membrane sealing off the cavity in the sound emission direction, and - the electro-acoustic transducer being connected to the membrane , the chassis being sealed acoustically, - the electro-acoustic transducer being connected to the membrane , the chassis being sealed acoustically,
Sealing member for an electrical connector comprising: a layer seal portion for sealing a cable guiding passage of the electrical connector , having a front side and a rear side , which layer seal portion comprises at least one channel adapted to receive a single electrical cable (400; 401); and at least one tubular cable seal portion aligned with said channel , for sealing the at least one channel of the layer seal portion against a received cable (400; 401), wherein the tubular cable seal portion protrudes from the rear side of the layer seal portion ; wherein the layer seal portion is a flat matte-type seal and the front side and rear side are substantially flat surfaces that are parallel to each other and the tubular cable seal portion has a cylindrical shape and protrudes perpendicular from the rear surface; further comprising a collar portion extending circumferential between the front and rear side of the layer seal portion adapted to seal the sealing member against a housing of the electrical connector , characterized in that the collar portion protrudes from the rear side of the layer seal portion perpendicular to the plane of the rear side of the layer seal portion , so that a front end of the collar portion protrudes beyond a front end of the tubular cable seal portion , further comprising a rigid plastic frame that is arranged within an inner surface of the collar , wherein the rigid plastic frame protrudes beyond said front end of the tubular cable seal portion . a layer seal portion for sealing a cable guiding passage of the electrical connector , having a front side and a rear side , which layer seal portion comprises at least one channel adapted to receive a single electrical cable (400; 401); and at least one tubular cable seal portion aligned with said channel , for sealing the at least one channel of the layer seal portion against a received cable (400; 401), wherein the tubular cable seal portion protrudes from the rear side of the layer seal portion ; wherein the layer seal portion is a flat matte-type seal and the front side and rear side are substantially flat surfaces that are parallel to each other and the tubular cable seal portion has a cylindrical shape and protrudes perpendicular from the rear surface; further comprising a collar portion extending circumferential between the front and rear side of the layer seal portion adapted to seal the sealing member against a housing of the electrical connector , characterized in that the collar portion protrudes from the rear side of the layer seal portion perpendicular to the plane of the rear side of the layer seal portion , so that a front end of the collar portion protrudes beyond a front end of the tubular cable seal portion , further comprising a rigid plastic frame that is arranged within an inner surface of the collar , wherein the rigid plastic frame protrudes beyond said front end of the tubular cable seal portion .
A burner for burning a combustible mixture in a furnace to produce a flame, wherein the combustible mixture comprises fuel and air, and wherein the furnace has a furnace wall , the burner comprising: a burner tile having an outer surface and an inner surface , the outer surface is arranged to extend along the furnace wall of the furnace , and the inner surface defines a passageway extending normal to the outer surface , wherein the passageway terminates in a distal end at the outer surface ; a fuel duct extending at least partially through the passageway and terminating in at least one fuel nozzle ; a burner head positioned at the distal end of the passageway and forming a coanda-curved surface , wherein the nozzle directs fuel onto the coanda-curved surface such that the fuel flows along the coanda-curved surface to the outer surface of the burner tile ; and an air channel defined by an outside edge of the coanda-curved surface and in fluid flow communication with the passageway such that air flows from the passageway through the channel to mix with the fuel so as to produce the combustible mixture and such that the flame is produced at the outer surface of the burner tile such that flame spreads along the furnace wall surrounding the burner tile ; characterized in that the burner comprises a plurality of stabilizers extending from the outside edge of the coanda-curved surface into the air channel . a burner tile having an outer surface and an inner surface , the outer surface is arranged to extend along the furnace wall of the furnace , and the inner surface defines a passageway extending normal to the outer surface , wherein the passageway terminates in a distal end at the outer surface ; a fuel duct extending at least partially through the passageway and terminating in at least one fuel nozzle ; a burner head positioned at the distal end of the passageway and forming a coanda-curved surface , wherein the nozzle directs fuel onto the coanda-curved surface such that the fuel flows along the coanda-curved surface to the outer surface of the burner tile ; and an air channel defined by an outside edge of the coanda-curved surface and in fluid flow communication with the passageway such that air flows from the passageway through the channel to mix with the fuel so as to produce the combustible mixture and such that the flame is produced at the outer surface of the burner tile such that flame spreads along the furnace wall surrounding the burner tile ; characterized in that the burner comprises a plurality of stabilizers extending from the outside edge of the coanda-curved surface into the air channel .
A system for monitoring a pulsing magnetic field related to magnetic stimulation therapy, the system comprising: a magnetic stimulation component configured to generate the pulsing magnetic field for the magnetic stimulation therapy; a sensor configured to generate a signal associated with the pulsing magnetic field, the signal comprising a plurality of pulses, where each pulse of the signal is associated with a pulse of the pulsing magnetic field, and each pulse of the signal comprising a plurality of peaks; and a processor configured to: estimate an average value for a first characteristic associated with a first peak across a set of pulses of the signal; estimate an average value for a second characteristic associated with a second peak across a set of pulses of the signal; determine a third characteristic of the signal based on the average value for the first characteristic associated with the first peak and the average value for the second characteristic associated with the second peak; and determine whether a failure occurred based on the third characteristic. a magnetic stimulation component configured to generate the pulsing magnetic field for the magnetic stimulation therapy; a sensor configured to generate a signal associated with the pulsing magnetic field, the signal comprising a plurality of pulses, where each pulse of the signal is associated with a pulse of the pulsing magnetic field, and each pulse of the signal comprising a plurality of peaks; and a processor configured to: estimate an average value for a first characteristic associated with a first peak across a set of pulses of the signal; estimate an average value for a second characteristic associated with a second peak across a set of pulses of the signal; determine a third characteristic of the signal based on the average value for the first characteristic associated with the first peak and the average value for the second characteristic associated with the second peak; and determine whether a failure occurred based on the third characteristic. estimate an average value for a first characteristic associated with a first peak across a set of pulses of the signal; estimate an average value for a second characteristic associated with a second peak across a set of pulses of the signal; determine a third characteristic of the signal based on the average value for the first characteristic associated with the first peak and the average value for the second characteristic associated with the second peak; and determine whether a failure occurred based on the third characteristic.
Method for producing a foamed decorated carrier part for a motor vehicle, characterized in that a foamed decoration-capable carrier part is produced, wherein a foil with a base layer, an adhesive layer and a protective layer, in which the base layer forms a rear side of the foil , the adhesive layer is disposed between the base layer and the protective layer, fixedly connected to the base layer in a materially integral manner and releasably connected to the protective layer, and the protective layer forms an external layer of the foil , is back-injection moulded by an injection-moulding method with the aid of a mould which is able to be opened and closed, wherein an injected plastics material and the base layer of the foil fixedly connect to one another in a materially integral manner, the mould is opened in order to retrieve the carrier part , wherein the protective layer is removed in order to expose and/or activate the adhesive layer, and a decoration is applied, wherein the exposed and/or activated adhesive layer then causes a materially integral connection between the foamed carrier part and the decoration.
A probiotic composition for use in treating animals, the composition comprising: a bacteria spore dry powder blend comprising 40 to 60% table salt and 60 to 40% of one or more Bacillus species in spore form that combined make up 0.1 to 10% by weight of the composition; 0.05 to 0.5% by weight total of one or more of acids or salts of the acids selected from sorbic acid, benzoic acid, citric acid, sodium propionate, sodium benzoate, and potassium sorbate; and a thickener; sodium chloride in addition to the table salt in the bacteria spore dry powder blend; potassium chloride; and water; and wherein the composition has a pH of 4.0 to 5.5. a bacteria spore dry powder blend comprising 40 to 60% table salt and 60 to 40% of one or more Bacillus species in spore form that combined make up 0.1 to 10% by weight of the composition; 0.05 to 0.5% by weight total of one or more of acids or salts of the acids selected from sorbic acid, benzoic acid, citric acid, sodium propionate, sodium benzoate, and potassium sorbate; and a thickener; sodium chloride in addition to the table salt in the bacteria spore dry powder blend; potassium chloride; and water; and wherein the composition has a pH of 4.0 to 5.5.
A hot melt adhesive composition comprising: at least 40 % by weight of an unmodified, semi-crystalline propylene polymer having a heat of fusion from greater than 10 Joules per gram to no greater than 60 Joules per gram and a viscosity of at least 750 cP (mPa·s) at 190 °C, the propylene polymer not having been modified by a free radical initiator and comprising at least 50 % by weight propylene; at least 15 % by weight of at least two different non-functionalized waxes having a heat of fusion of at least 70 Joules per gram and a viscosity of no greater than 750 cP (mPa·s) at 190 °C, the non-functionalized waxes being selected from the group consisting of polyethylene wax, Fischer Tropsch wax, paraffin wax, and combinations thereof; and no greater than 8 % by weight of an ethylene-ethylenically unsaturated ester copolymer. at least 40 % by weight of an unmodified, semi-crystalline propylene polymer having a heat of fusion from greater than 10 Joules per gram to no greater than 60 Joules per gram and a viscosity of at least 750 cP (mPa·s) at 190 °C, the propylene polymer not having been modified by a free radical initiator and comprising at least 50 % by weight propylene; at least 15 % by weight of at least two different non-functionalized waxes having a heat of fusion of at least 70 Joules per gram and a viscosity of no greater than 750 cP (mPa·s) at 190 °C, the non-functionalized waxes being selected from the group consisting of polyethylene wax, Fischer Tropsch wax, paraffin wax, and combinations thereof; and no greater than 8 % by weight of an ethylene-ethylenically unsaturated ester copolymer.
A rebar bundling machine including a gun shell, a main control unit set in the gun shell, a wire feeding motor and a wire twisting motor set in the gun shell, and a gun head mounted on the front of the gun shell, the main control unit is connected to the wire feeding motor and the wire twisting motor through a motor driver, and is used to control the rotation of the wire feeding motor and the wire twisting motor; the gun head is a replaceable gun head, characterized in that a gun head information identification component is provided on the gun head; after mounting the gun head on the rebar bundling machine, the gun head information identification component is connected to the main control unit of the rebar bundling machine, and the main control unit obtains gun head information through the gun head information identification component to identify a caliber of the gun head according to the gun head information, in order to control the wire length and torque output from the gun head of the rebar bundling machine.
A web-like heating mat having a web-like, electrically insulating substrate , on which PTC resistance elements as heating elements and also electrical conductor tracks are arranged, the conductor tracks connecting the PTC resistance elements to connection points for connecting a power supply, and comprising two main conductor tracks , which run in the longitudinal direction (L) of the web-like substrate , a plurality of secondary conductor tracks , which run in a transverse direction (Q) which is orientated perpendicularly to the longitudinal direction (L) of the web-like substrate , wherein a first main conductor track is arranged in the region of a first longitudinal outer edge of the web-like substrate , which is electrically contacted with a first assemblage of secondary conductor tracks which run parallel with and spaced from one another, and a second main conductor track is arranged in the region of a second longitudinal outer edge of the web-like substrate , which is electrically contacted with a second assemblage of secondary conductor tracks which run parallel with and spaced from one another, wherein, as viewed in the longitudinal direction (L) of the web-like substrate , a secondary conductor track of the first assemblage follows a secondary conductor track of the second assemblage and each secondary conductor track of the first assemblage has a secondary conductor track of the second assemblage assigned to it in each case characterized in that inner conductor tracks are provided with which the PTC resistor elements are electrically connected to the secondary conductor tracks assigned to one another in each case, and the secondary conductor tracks , which are assigned to one another in each case, form strip-shaped heating surface regions , which run in the transverse direction (Q), between which strip-shaped separation areas , which run in the transverse direction (Q) and are free from secondary conductor tracks and inner conductor tracks , are formed.
A system , comprising: a first structure configured to be coupled to a tubular string extending to a seafloor , wherein the first structure comprises: a drill floor as a bottom portion of the first structure, wherein the drill floor comprises floor slips configured to support a tubular segment; one or more beams coupled to and disposed about the drill floor and extending vertically away from the drill floor ; one or more upper beams coupled to the one or more beams and extending perpendicular to the one or more beams ; and a derrick of an offshore vessel disposed on the one or more upper beams ; and a second structure circumscribing at least one of the drill floor and the derrick of the offshore vessel and slidingly coupled to the first structure via at least one guide and configured to restrict lateral movement of the first structure while allowing for vertical movement between the first structure as well as the derrick and inclusive of the drill floor and the second structure relative to the seafloor . a first structure configured to be coupled to a tubular string extending to a seafloor , wherein the first structure comprises: a drill floor as a bottom portion of the first structure, wherein the drill floor comprises floor slips configured to support a tubular segment; one or more beams coupled to and disposed about the drill floor and extending vertically away from the drill floor ; one or more upper beams coupled to the one or more beams and extending perpendicular to the one or more beams ; and a derrick of an offshore vessel disposed on the one or more upper beams ; and a drill floor as a bottom portion of the first structure, wherein the drill floor comprises floor slips configured to support a tubular segment; one or more beams coupled to and disposed about the drill floor and extending vertically away from the drill floor ; one or more upper beams coupled to the one or more beams and extending perpendicular to the one or more beams ; and a derrick of an offshore vessel disposed on the one or more upper beams ; and a second structure circumscribing at least one of the drill floor and the derrick of the offshore vessel and slidingly coupled to the first structure via at least one guide and configured to restrict lateral movement of the first structure while allowing for vertical movement between the first structure as well as the derrick and inclusive of the drill floor and the second structure relative to the seafloor .
A process for introducing a catalyst into a polymerization zone, wherein a catalyst feed stream is upstream of the polymerization zone, the process comprising: detecting one or a combination of: i) a change in a concentration of the catalyst in the catalyst feed stream, ii) a change in a concentration of monomer in the polymerization zone, and iii) a change in a polymer production rate of the polymerization zone; adjusting a first catalyst flow rate of the catalyst in the catalyst feed stream to a second catalyst flow rate based on the one or a combination of i), ii), and iii), wherein adjusting a first catalyst flow rate comprises: measuring the concentration of one or more catalyst components; and increasing, decreasing, or maintaining the flow rate in response to the concentration measurement; and introducing the catalyst into the polymerization zone downstream of a location in the catalyst feed stream where the step of adjusting is performed, wherein each of the first catalyst flow rate and the second catalyst flow rate is a value of 0.3 lb/h (0.14 kg/h) to 120 lb/h (54.4 kg/h). detecting one or a combination of: i) a change in a concentration of the catalyst in the catalyst feed stream, ii) a change in a concentration of monomer in the polymerization zone, and iii) a change in a polymer production rate of the polymerization zone; i) a change in a concentration of the catalyst in the catalyst feed stream, ii) a change in a concentration of monomer in the polymerization zone, and iii) a change in a polymer production rate of the polymerization zone; adjusting a first catalyst flow rate of the catalyst in the catalyst feed stream to a second catalyst flow rate based on the one or a combination of i), ii), and iii), wherein adjusting a first catalyst flow rate comprises: measuring the concentration of one or more catalyst components; and increasing, decreasing, or maintaining the flow rate in response to the concentration measurement; and measuring the concentration of one or more catalyst components; and increasing, decreasing, or maintaining the flow rate in response to the concentration measurement; and introducing the catalyst into the polymerization zone downstream of a location in the catalyst feed stream where the step of adjusting is performed, wherein each of the first catalyst flow rate and the second catalyst flow rate is a value of 0.3 lb/h (0.14 kg/h) to 120 lb/h (54.4 kg/h).