mhurhangee/patent-ind-claim-en huggingface dataset:
A battery device comprising: a casing , a battery cell pack located within the casing, and a flame-retardant fabric encapsulant located within the casing and placed around the battery cell pack to isolate the casing from the battery cell pack, wherein the fabric encapsulant forms an envelope comprising an outlet coupled to a ventilation space for ventilation of gases and/or heat generated upon a malfunction of the battery cell pack. a casing , a battery cell pack located within the casing, and a flame-retardant fabric encapsulant located within the casing and placed around the battery cell pack to isolate the casing from the battery cell pack,
A remotely administered computing device , comprising: a processor ; a first memory location on the computer device storing a supervisor system comprising instructions to launch and monitor an operating system ; and a second memory location on the same computer device storing the operating system to control the computing device ; wherein the operating system is executable by the processor and the processor is to boot the computing device by executing instructions of the supervisor system , wherein the supervisor system is to transfer control of the computing device to the operating system , and the supervisor system is to resume control of the computing device when a crash occurs in the operating system , wherein: the supervisor system is to enter a sleep state after transferring control of the computing device to the operating system , and the supervisor system is to wake from the sleep state in response to at least one of a hardware and software interrupt. a processor ; a first memory location on the computer device storing a supervisor system comprising instructions to launch and monitor an operating system ; and a second memory location on the same computer device storing the operating system to control the computing device ; wherein the operating system is executable by the processor and the processor is to boot the computing device by executing instructions of the supervisor system , wherein the supervisor system is to transfer control of the computing device to the operating system , and the supervisor system is to resume control of the computing device when a crash occurs in the operating system , wherein: the supervisor system is to enter a sleep state after transferring control of the computing device to the operating system , and the supervisor system is to wake from the sleep state in response to at least one of a hardware and software interrupt. the supervisor system is to enter a sleep state after transferring control of the computing device to the operating system , and the supervisor system is to wake from the sleep state in response to at least one of a hardware and software interrupt.
A robot cleaner comprising: a main body (no); a travelling assembly for moving the main body ; a cleaning tool assembly comprising a pad which is installed in the lower part of the main body , and which is arranged to contact a floor to clean the floor; and a water-feeder to supply water to the pad , characterised by a capacitance measurer to measure capacitance of the pad in order to calculate an amount of water absorbed in the pad . a main body (no); a travelling assembly for moving the main body ; a cleaning tool assembly comprising a pad which is installed in the lower part of the main body , and which is arranged to contact a floor to clean the floor; and a water-feeder to supply water to the pad , characterised by a capacitance measurer to measure capacitance of the pad in order to calculate an amount of water absorbed in the pad .
An apparatus , comprising: a laser source configured to produce a frequency modulated continuous wave, FMCW, laser signal ; a receiver configured to analyze, based on a sampling time period, a reflected signal from the FMCW laser signal; and a first reference module including a first delay and configured to produce a first reference signal based on the FMCW laser signal , the first delay being a first integer multiple of the sampling time period; characterized in that the apparatus further comprises: a second reference module including a second delay and configured to produce a second reference signal based on the FMCW laser signal , the second delay being a second integer multiple of the sampling time period, the second integer multiple being relatively prime to the first integer multiple; and a phase detector configured to detect a phase deviation associated with a duration produced by a delay of a reference signal synthesized from the first and second reference signals, the duration produced by the delay being a combination of the first delay and the second delay. a laser source configured to produce a frequency modulated continuous wave, FMCW, laser signal ; a receiver configured to analyze, based on a sampling time period, a reflected signal from the FMCW laser signal; and a first reference module including a first delay and configured to produce a first reference signal based on the FMCW laser signal , the first delay being a first integer multiple of the sampling time period; characterized in that the apparatus further comprises: a second reference module including a second delay and configured to produce a second reference signal based on the FMCW laser signal , the second delay being a second integer multiple of the sampling time period, the second integer multiple being relatively prime to the first integer multiple; and a phase detector configured to detect a phase deviation associated with a duration produced by a delay of a reference signal synthesized from the first and second reference signals, the duration produced by the delay being a combination of the first delay and the second delay. a second reference module including a second delay and configured to produce a second reference signal based on the FMCW laser signal , the second delay being a second integer multiple of the sampling time period, the second integer multiple being relatively prime to the first integer multiple; and a phase detector configured to detect a phase deviation associated with a duration produced by a delay of a reference signal synthesized from the first and second reference signals, the duration produced by the delay being a combination of the first delay and the second delay.
A vehicle body structure (10; 58) comprising: a reinforcing material (16; 60) having a plate-shape formed of a fiber reinforced resin; and a vehicle skeleton member having a closed sectional structure formed of metal, wherein: the reinforcing material (16; 60) is bonded to the vehicle skeleton member ; the vehicle skeleton member has an adhesive surface ; the closed sectional structure has an inner side; and an adhesive is disposed between the vehicle skeleton member and the reinforcing material (16; 60); wherein: the vehicle skeleton member has a recessed portion recessed in the adhesive surface toward the inner side of the closed sectional structure at a part of the adhesive surface with respect to the reinforcing material (16; 60); the adhesive is disposed between the recessed portion and the reinforcing material (16; 60); and the recessed portion is filled with the adhesive . a reinforcing material (16; 60) having a plate-shape formed of a fiber reinforced resin; and a vehicle skeleton member having a closed sectional structure formed of metal, wherein: the reinforcing material (16; 60) is bonded to the vehicle skeleton member ; the vehicle skeleton member has an adhesive surface ; the closed sectional structure has an inner side; and an adhesive is disposed between the vehicle skeleton member and the reinforcing material (16; 60); wherein: the vehicle skeleton member has a recessed portion recessed in the adhesive surface toward the inner side of the closed sectional structure at a part of the adhesive surface with respect to the reinforcing material (16; 60); the adhesive is disposed between the recessed portion and the reinforcing material (16; 60); and the reinforcing material (16; 60) is bonded to the vehicle skeleton member ; the vehicle skeleton member has an adhesive surface ; the closed sectional structure has an inner side; and an adhesive is disposed between the vehicle skeleton member and the reinforcing material (16; 60); wherein: the vehicle skeleton member has a recessed portion recessed in the adhesive surface toward the inner side of the closed sectional structure at a part of the adhesive surface with respect to the reinforcing material (16; 60); the adhesive is disposed between the recessed portion and the reinforcing material (16; 60); and the recessed portion is filled with the adhesive .
A floor surfacing machine comprising a frame that is carried by at least a first wheel and a second wheel , where the floor surfacing machine further comprises a first motor , a handle arrangement , at least one planetary head that is rotatably mounted to the frame and at least one satellite surfacing head that is rotatably mounted to the planetary head , where the first motor is arranged to propel the planetary head , and where the floor surfacing machine comprises a first control unit and a remote control panel , which remote control panel in turn comprises a second control unit that is arranged to communicate with the first control unit , wherein the floor surfacing machine comprises a second motor that is arranged to propel the satellite surfacing heads such that the planetary head and the satellite surfacing heads are independently operable, and in that the remote control panel is adapted for control of the operation of the floor surfacing machine by steering the floor surfacing machine by means of individually driving the first wheel and the second wheel and by individually driving the first motor and the second motor .
An impingement apparatus for thermally processing work products transported on a conveyor with a thermal processing medium, comprising: an outer housing having side portions ; an impingement housing disposed within the outer housing, the impingement housing having side portions ; wherein the side portions of the outer housing and the side portions of the impingement housing are configured to cooperatively define supply chambers extending along both exterior sides of the impingement housing and the corresponding interior sides of the outer housing for circulation of the thermal processing medium; upper and lower distribution chambers extending laterally from the two supply chambers to direct the thermal processing medium to impinge downwardly toward the conveyor upper run and to the underside of the conveyor upper run , the distribution chambers are in fluid flow communication simultaneously with the two supply chambers, characterized in that : at least the upper distribution chamber is in the form of distribution ducts reduced in cross-sectional area in the direction away from the supply chambers. an outer housing having side portions ; an impingement housing disposed within the outer housing, the impingement housing having side portions ; wherein the side portions of the outer housing and the side portions of the impingement housing are configured to cooperatively define supply chambers extending along both exterior sides of the impingement housing and the corresponding interior sides of the outer housing for circulation of the thermal processing medium; upper and lower distribution chambers extending laterally from the two supply chambers to direct the thermal processing medium to impinge downwardly toward the conveyor upper run and to the underside of the conveyor upper run , the distribution chambers are in fluid flow communication simultaneously with the two supply chambers, characterized in that : at least the upper distribution chamber is in the form of distribution ducts reduced in cross-sectional area in the direction away from the supply chambers.
A laminate comprising: a first base material; a second base material; a printing layer provided on a surface of the first base material on a side of the second base material; and an adhesive layer which is disposed between the printing layer and the second base material and bonds the first base material and the second base material to each other, wherein the printing layer is formed of a printing ink composition (A) comprising a urethane resin (Al) and a vinyl chloride vinyl acetate copolymer resin (A2) as binders, the content of the urethane resin (Al) being 4% by mass to 25% by mass with respect to the total weight of the printing ink composition (A), and the content of the vinyl chloride vinyl acetate copolymer resin (A2) being 0.1% by mass to 5.0% by mass with respect to the total amount of the binder, and the adhesive layer is formed by applying a two-component polyurethane-based adhesive (B) comprising a polyol (B1) having a number average molecular weight equal to or smaller than 2,300 and having a permachor value of 44 to 60 per 1 mol of residues excluding terminal hydroxyl groups, and an isocyanate compound (B2) . a first base material; a second base material; a printing layer provided on a surface of the first base material on a side of the second base material; and an adhesive layer which is disposed between the printing layer and the second base material and bonds the first base material and the second base material to each other, wherein the printing layer is formed of a printing ink composition (A) comprising a urethane resin (Al) and a vinyl chloride vinyl acetate copolymer resin (A2) as binders, the content of the urethane resin (Al) being 4% by mass to 25% by mass with respect to the total weight of the printing ink composition (A), and the content of the vinyl chloride vinyl acetate copolymer resin (A2) being 0.1% by mass to 5.0% by mass with respect to the total amount of the binder, and the adhesive layer is formed by applying a two-component polyurethane-based adhesive (B) comprising a polyol (B1) having a number average molecular weight equal to or smaller than 2,300 and having a permachor value of 44 to 60 per 1 mol of residues excluding terminal hydroxyl groups, and an isocyanate compound (B2) .
Camera apparatus for recording a surrounding area of an ego vehicle , having an optoelectronic system comprising a high-resolution image recording sensor and a wide-angle lens for recording at least one initial image of the surrounding area, wherein the image recording sensor has a homogeneous resolution, wherein the optoelectronic system is designed to generate a conditioned result image from the at least one recorded initial image, wherein the conditioned result image has, in comparison with the associated initial image, at least one unchanged image detail and a reduced-resolution remaining image region bordering the at least one image detail , wherein the image recording sensor is configured to output exclusively a partial amount of the total number of pixels, wherein the output partial amount corresponds to the generated conditioned result image, and wherein the reduction in resolution of the remaining image region is effected by means of electronic pixel binning and/or pixel skipping on the image recording sensor.
A remote battery monitor for monitoring a battery , comprising: a memory ; a transceiver ; a current sensing element ; at least one battery sensor ; and a controller coupled to the memory , the transceiver , the current sensing element , and the at least one battery sensor , where the at least one battery sensor is a gas sensor associated with the battery, where the current sensing element is able to measure current going into or out of the battery and that the controller can switch the battery out of a circuit and connect the battery to a resistor having a predetermined resistance of the remote battery monitor in response to a request from the controller where a voltage from the battery to the circuit and to the predetermined resistance is the same and where battery data generated by the current sensing element and the at least one battery sensor is formatted for transmission by the transceiver . a memory ; a transceiver ; a current sensing element ; at least one battery sensor ; and a controller coupled to the memory , the transceiver , the current sensing element , and the at least one battery sensor , where the at least one battery sensor is a gas sensor associated with the battery, where the current sensing element is able to measure current going into or out of the battery and that the controller can switch the battery out of a circuit and connect the battery to a resistor having a predetermined resistance of the remote battery monitor in response to a request from the controller where a voltage from the battery to the circuit and to the predetermined resistance is the same and where battery data generated by the current sensing element and the at least one battery sensor is formatted for transmission by the transceiver .
An authentication token being a smart card , the token comprising an authentication module and at least one conductive wire for operatively connecting the authentication module to at least one further module of the token, said at least one conductive wire being embedded in a non-conductive substrate of said token , wherein the token further comprises an antenna embedded in the non-conductive substrate ; characterized in that the conductive wire has at least one ending that has a meander form or a spiral form and that serves as a contact pad for connecting the authentication module or the further module to said conductive wire, wherein said ending has been prepared for connection to the authentication module or the further module by carrying out a milling process.
Kit for assembling a lamp , comprising: - a base plate having prevailing extension in a plane π and comprising a plurality of through holes having axis perpendicular to the plane π; - a plurality of support rods , each of them having: - prevailing extension along an own axis X , - at least one threaded hole having axis parallel to axis X , - at least one through hole having axis perpendicular to axis X , - at least one light emitting body suitable for generating a light cone having axis L , and comprising a threaded hole having axis perpendicular to axis L , - a first screw suitable for crossing one of the through holes of the base plate and for engaging the threaded hole of a support rod , so as to secure said support rod to the base plate ; - a second screw suitable for crossing one of the through holes of a support rod and for engaging the threaded hole of the light emitting body , so as to secure the light emitting body to said support rod ; and an accessory screw and the respective nut , wherein the accessory screw is suitable for crossing two consecutive through holes , so as to secure two support rods to each other. - a base plate having prevailing extension in a plane π and comprising a plurality of through holes having axis perpendicular to the plane π; - a plurality of support rods , each of them having: - prevailing extension along an own axis X , - at least one threaded hole having axis parallel to axis X , - at least one through hole having axis perpendicular to axis X , - prevailing extension along an own axis X , - at least one threaded hole having axis parallel to axis X , - at least one through hole having axis perpendicular to axis X , - at least one light emitting body suitable for generating a light cone having axis L , and comprising a threaded hole having axis perpendicular to axis L , - a first screw suitable for crossing one of the through holes of the base plate and for engaging the threaded hole of a support rod , so as to secure said support rod to the base plate ; - a second screw suitable for crossing one of the through holes of a support rod and for engaging the threaded hole of the light emitting body , so as to secure the light emitting body to said support rod ; and
A process for controlling heavy metal emission in SO 2 -containing flue gas, to remove the heavy metal from the flue gas selectively over sulfur dioxide, comprising passing a stream of the flue gas through a wet scrubber where it is brought into contact with a liquid absorbent comprising an ionic liquid and an oxidizer, wherein at least one organic acid is present in the liquid absorbent.
A method of guidance to a charging facility for guiding a user of an electric vehicle to the charging facility, comprising: - searching for charging facilities existing within a range of a predetermined distance from a current position of the electric vehicle; - in the case when a first charging facility and another charging facility having lower output power than that of the first charging facility are found during said searching, - calculating an estimated value of a remaining charged capacity of the electric vehicle if the vehicle would travel to each of the searched charging facilities , the other charging facility being in a predetermined positional relationship with the first charging facility; - calculating an estimated value of a charging time (T1, T2) if charging the electric vehicle from the estimated value of the remaining charged capacity to a predetermined charged capacity at each of the respective searched charging facilities ; and characterised in that - in the case when a difference between the estimated value of the charging time (T1) at the first charging facility and the estimated value of the charging time (T2) at the other charging facility is a predetermined value or less, presenting the other charging facility as a recommended charging facility to the user of the electric vehicle. - searching for charging facilities existing within a range of a predetermined distance from a current position of the electric vehicle; - in the case when a first charging facility and another charging facility having lower output power than that of the first charging facility are found during said searching, - calculating an estimated value of a remaining charged capacity of the electric vehicle if the vehicle would travel to each of the searched charging facilities , the other charging facility being in a predetermined positional relationship with the first charging facility; - calculating an estimated value of a charging time (T1, T2) if charging the electric vehicle from the estimated value of the remaining charged capacity to a predetermined charged capacity at each of the respective searched charging facilities ; and characterised in that - in the case when a difference between the estimated value of the charging time (T1) at the first charging facility and the estimated value of the charging time (T2) at the other charging facility is a predetermined value or less, presenting the other charging facility as a recommended charging facility to the user of the electric vehicle.