mhurhangee/patent-ind-claim-en huggingface dataset:
Method for charging accumulators of electrically drivable vehicles by means of a plurality of chargers (L) which are couplable to one another within a group (G) in order to pass on charging power and which each comprise a connection for charging one of the accumulators , wherein to at least one charger (L), hereinafter referred to as "occupied charger (L)", a not fully charged accumulator is assigned for charging, wherein to at least one charger (L), hereinafter referred to as "free charger (L)", no accumulator is assigned or an assigned accumulator is either fully charged or, for other reasons, is not charged or is not charged with the full charging power made available by the assigned charger (L), wherein the free charger (L) is capable of delivering charging power to other chargers (L), wherein a free charger (L) with available connection is a charger (L) to which an accumulator can be connected, wherein to each of the chargers (L) a priority is assigned, wherein the priorities are each different and unique in their level, wherein the accumulators , in the time sequence of their arrival, are respectively assigned to the charger (L) which among the free chargers (L) with available connection has the highest priority , whereby the previously free charger (L) becomes an/the occupied charger (L), and wherein at least one free charger (L) is automatically coupled to that of the occupied chargers (L) to which the highest priority is assigned to among the occupied chargers (L), so that the charging power of the at least one free charger (L) is made available to the occupied charger (L) of the highest priority and the accumulator connected to the occupied charger (L) of the highest priority is charged or chargable with the sum of the charging powers of the occupied charger (L) of the highest priority and of the at least one free charger (L).
A composition for forming a light scattering composite , comprising: surface-modified inorganic oxide particles surface-modified by a surface modification material having one or more functional groups selected from a group consisting of an alkenyl group, an H-Si group, and an alkoxy group; and an uncured matrix resin composition, wherein an average dispersed particle diameter of the surface-modified inorganic oxide particles is 3 nm or more and 150 nm or less, and characterized in that a content of the surface-modified inorganic oxide particles is 0.01% by mass or more and 5% by mass or less with respect to a total amount of the composition for forming a light scattering composite. surface-modified inorganic oxide particles surface-modified by a surface modification material having one or more functional groups selected from a group consisting of an alkenyl group, an H-Si group, and an alkoxy group; and an uncured matrix resin composition, wherein an average dispersed particle diameter of the surface-modified inorganic oxide particles is 3 nm or more and 150 nm or less, and characterized in that a content of the surface-modified inorganic oxide particles is 0.01% by mass or more and 5% by mass or less with respect to a total amount of the composition for forming a light scattering composite.
A method for slotting a casing with a slotting device and for milling the slotted casing with a milling device , the method comprising: moving the slotting device while slotting from above downward or from below upward in a casing , wherein longitudinal recesses in the form of at least three slots are introduced into the casing parallel to the axial direction of the casing and without separating the casing , thereby producing predetermined breaking points ; milling the casing with a milling head after the slotting of the casing , wherein the slots due to the predetermined breaking point form milling chips during the milling operation; wherein the device for the slotting of the casing comprises a slotting tool with a base body whose outside diameter is smaller than the inside diameter of the casing , and at least three slotting devices are arranged in a staggered manner over the circumference of the base body with outwardly directed slotting edges and wherein the slotting tool also comprises the milling head, the milling head is moved by a drill pipe in a rotating manner, the slotting tool is decoupled from the milling head's rotary movement and the milling head is following the slotting tool in the same revolution. moving the slotting device while slotting from above downward or from below upward in a casing , wherein longitudinal recesses in the form of at least three slots are introduced into the casing parallel to the axial direction of the casing and without separating the casing , thereby producing predetermined breaking points ; milling the casing with a milling head after the slotting of the casing , wherein the slots due to the predetermined breaking point form milling chips during the milling operation; wherein the device for the slotting of the casing comprises a slotting tool with a base body whose outside diameter is smaller than the inside diameter of the casing , and at least three slotting devices are arranged in a staggered manner over the circumference of the base body with outwardly directed slotting edges and wherein the slotting tool also comprises the milling head, the milling head is moved by a drill pipe in a rotating manner, the slotting tool is decoupled from the milling head's rotary movement and the milling head is following the slotting tool in the same revolution.
An electromagnetic energy-absorbing optical product comprising: (a) a polymeric substrate ; and (b) a composite coating , said composite coating comprising a first layer , a polyionic binder and a second layer comprising at least one electromagnetic energy-absorbing insoluble particle, wherein each of said first layer and said second layer include a binding group component which together form a complementary binding group pair characterized in that said polyionic binder is comprised in said first layer, and in that said electromagnetic energy-absorbing insoluble particle is an infrared electromagnetic energy-absorbing insoluble particle; wherein said binding group component of the second layer is an ionizable functionality at the surface of said infrared electromagnetic energy-absorbing insoluble particle. (a) a polymeric substrate ; and (b) a composite coating , said composite coating comprising a first layer , a polyionic binder and a second layer comprising at least one electromagnetic energy-absorbing insoluble particle, wherein each of said first layer and said second layer include a binding group component which together form a complementary binding group pair
A cam liner for use in an integrated drive generator comprising: a cam liner body having a keyway and extending between a first end and a therefrom spaced second end by a first distance of 3.307cm, and said body having a generally cylindrical outer periphery , an outer diameter of said cam liner defining a second distance of 3.490 cm, and said cam liner having two circumferentially spaced windows to provide fluid ports and each of said fluid windows extending for a third distance measured along a central axis of said cylindrical outer periphery, and a ratio of said first distance to said third distance being between 1.20 and 1.40; and wherein said windows extend between two circumferential ends and one of said windows extending for 100 degrees and a second of said windows extending for 90 degrees in said circumferential direction. a cam liner body having a keyway and extending between a first end and a therefrom spaced second end by a first distance of 3.307cm, and said body having a generally cylindrical outer periphery , an outer diameter of said cam liner defining a second distance of 3.490 cm, and said cam liner having two circumferentially spaced windows to provide fluid ports and each of said fluid windows extending for a third distance measured along a central axis of said cylindrical outer periphery, and a ratio of said first distance to said third distance being between 1.20 and 1.40; and wherein said windows extend between two circumferential ends and one of said windows extending for 100 degrees and a second of said windows extending for 90 degrees in said circumferential direction.
A method of authenticating a station in a communications system including a first access point , a second access point , a mobility domain controller , and an authentication server , the method comprising: authenticating the station with the first access point and the second access point, wherein authenticating the station with the first access point comprises: receiving at the mobility domain controller , an extensible authentication protocol reauthentication response (MSK1, DSRK1, rRK1, rMSK1) for the station from the authentication server , the extensible authentication protocol reauthentication response (MSK1, DSRK1, rRK1, rMSK1) including a reauthentication master session key; transmitting , at the mobility domain controller , a second extensible authentication protocol reauthentication response to the first access point based on the reauthentication master session key; and wherein authenticating the station with the second access point comprises: generating , at the mobility domain controller , a fast basic service set transition second level pairwise master key for the second access point based on the reauthentication master session key; generating , at the mobility domain controller , a key message to include the fast basic service set transition second level pairwise master key for the second access point ; and transmitting , at the mobility domain controller , the key message to the second access point . receiving at the mobility domain controller , an extensible authentication protocol reauthentication response (MSK1, DSRK1, rRK1, rMSK1) for the station from the authentication server , the extensible authentication protocol reauthentication response (MSK1, DSRK1, rRK1, rMSK1) including a reauthentication master session key; transmitting , at the mobility domain controller , a second extensible authentication protocol reauthentication response to the first access point based on the reauthentication master session key; and wherein authenticating the station with the second access point comprises: generating , at the mobility domain controller , a fast basic service set transition second level pairwise master key for the second access point based on the reauthentication master session key; generating , at the mobility domain controller , a key message to include the fast basic service set transition second level pairwise master key for the second access point ; and transmitting , at the mobility domain controller , the key message to the second access point . generating , at the mobility domain controller , a fast basic service set transition second level pairwise master key for the second access point based on the reauthentication master session key; generating , at the mobility domain controller , a key message to include the fast basic service set transition second level pairwise master key for the second access point ; and transmitting , at the mobility domain controller , the key message to the second access point .
A method for protecting loT device data of a user , in which the loT device data are acquired by at least one loT device of at least one first provider and stored in a central data memory provided by a mobile network implemented as a transmission network, wherein the loT device data of the user are data generated by use of the at least one loT device by the user, wherein the at least one loT device provides an identification number to the central data memory for authenticating the at least one loT device and thus for authorizing the storing of the loT device data, and the central data memory checks the identification number and, upon verification of the identification number, provides the at least one loT device with a memory area (101-1, 101-2, 102-1, 102-2, 102-3) for storing the loT device data, the at least one loT device , for authentication to the mobile network, using a SIM profile assigned to a mobile user terminal which is in communicative connection with the at least one loT device via an application, wherein the application is implemented on the mobile user terminal .
Alight receiving element comprising: an on-chip lens ; a wiring layer ; and a semiconductor layer which is disposed between the on-chip lens and the wiring layer and includes a photodiode (PD), wherein the wiring layer includes a reflection film which is disposed such that at least a portion thereof overlaps the photodiode (PD) when seen in a plan view and which is formed in the same layer as that of the metal wiring , and a transfer transistor (TRG) which reads charge generated by the photodiode (PD), wherein the reflection film is formed of a material including metals, metal alloys, and metal compounds which is different from that of the metal wiring electrically connected to a gate of the transfer transistor (TRG), and wherein the reflection film is formed of a material having a reflectance for infrared rays which is lower than that of the metal wiring . an on-chip lens ; a wiring layer ; and a semiconductor layer which is disposed between the on-chip lens and the wiring layer and includes a photodiode (PD), wherein the wiring layer includes a reflection film which is disposed such that at least a portion thereof overlaps the photodiode (PD) when seen in a plan view and which is formed in the same layer as that of the metal wiring , and a transfer transistor (TRG) which reads charge generated by the photodiode (PD), wherein the reflection film is formed of a material including metals, metal alloys, and metal compounds which is different from that of the metal wiring electrically connected to a gate of the transfer transistor (TRG), and wherein the reflection film is formed of a material having a reflectance for infrared rays which is lower than that of the metal wiring . wherein the reflection film is formed of a material including metals, metal alloys, and metal compounds which is different from that of the metal wiring electrically connected to a gate of the transfer transistor (TRG), and wherein the reflection film is formed of a material having a reflectance for infrared rays which is lower than that of the metal wiring .
Arrangement for protecting electronics from interference radiation, comprising a housing (1-1) and a circuit carrier (2-1) for accommodating the electronics in an interior of the housing (1-1), wherein the housing (1-1) has an opening (1-4) for the compensation of different pressures inside and outside the housing (1-1), characterized in that a contact-making element (1-3) of an electronic component (1-2) of the electronics is arranged between the opening (1-4) and the circuit carrier (2-1), in such a manner that the electronics are at least partially screened from interference radiation entering the housing (1-1) through the opening (1-4), wherein interference radiation entering the housing (1-1) through the opening can be diverted by means of the contact-making element (1-3).
A device (100; 100A; 1000; 1000'), configured for use in a screwed rail fastening system according to any of claims 7 to 10 with a railway rail fastening clip (2B; 2C; 20), together with a screwbolt according to claim 3 or 4 or a screwbolt assembly (30; 3A') according to claim 5 or 6 which comprises a screwbolt , in each case the screwbolt (30'; 3) being for securing the railway rail fastening clip (2B; 2C; 20) at a desired location adjacent to a railway rail and having an elongate shank with a screw-threaded lower portion (31; 31') and an upper washer portion, the screwbolt assembly (30; 3A') further comprising a component (35") located on the screwbolt between a head of the screwbolt and the screw-threaded lower portion by means of a mechanical joining, whereby the component (35") is constrained to rotate with the screwbolt , the device having: a base (110; 1010); clip contact surfaces (114; 1014) provided on upwardly-extending side faces of spaced-apart guide walls (111A, 111B; 1011A, 1011B) projecting from the base, the clip contact surfaces defining therebetween a clip receiving region (115; 1015) for receiving the railway rail fastening clip, the clip receiving region having a centre line (CL1; CL21) which extends in a first direction, and the clip contact surfaces being configured to contact the railway rail fastening clip so as to guide the railway rail fastening clip whilst the railway rail fastening clip is being driven in the first direction; and a hole (116; 1016) which extends through the base of the device between the guide walls for receiving the screw-threaded lower portion of the screwbolt (30'; 3); characterised in that the hole has a centre line (CL2; CL22) which is offset with respect to the centre line of the clip receiving region in a second direction which is transverse to the first direction such that the clip contact surfaces are asymmetrically disposed relative to the hole. a base (110; 1010); clip contact surfaces (114; 1014) provided on upwardly-extending side faces of spaced-apart guide walls (111A, 111B; 1011A, 1011B) projecting from the base, the clip contact surfaces defining therebetween a clip receiving region (115; 1015) for receiving the railway rail fastening clip, the clip receiving region having a centre line (CL1; CL21) which extends in a first direction, and the clip contact surfaces being configured to contact the railway rail fastening clip so as to guide the railway rail fastening clip whilst the railway rail fastening clip is being driven in the first direction; and a hole (116; 1016) which extends through the base of the device between the guide walls for receiving the screw-threaded lower portion of the screwbolt (30'; 3); characterised in that the hole has a centre line (CL2; CL22) which is offset with respect to the centre line of the clip receiving region in a second direction which is transverse to the first direction such that the clip contact surfaces are asymmetrically disposed relative to the hole.
A method of producing an outer blade for a hair cutting device from a material including bars that each have a shape of a rectangular stick and are arranged at predetermined intervals, the method comprising: placing the material on a base ; and pressing, by use of a first tool having a leading end that has a gradually increasing width in a direction away from the material , at least one part of each of the bars in a direction from a counter base-side first face of each of the bars toward a base-side second face of each of the bars to cause an edge of the first face of each of the bars to project widthwise and to move toward the second face to be farther from an intermediate part of the first face , wherein the first face of the bars is a skin-contact-side. placing the material on a base ; and pressing, by use of a first tool having a leading end that has a gradually increasing width in a direction away from the material , at least one part of each of the bars in a direction from a counter base-side first face of each of the bars toward a base-side second face of each of the bars to cause an edge of the first face of each of the bars to project widthwise and to move toward the second face to be farther from an intermediate part of the first face , wherein the first face of the bars is a skin-contact-side.
A vehicle travel assist device that sets a target travel route of a vehicle to a target position different from a current position of the vehicle in a lateral direction of the vehicle, the vehicle travel assist device comprising: a storage unit which stores a parameter relating to an amount of change in a lateral acceleration of the vehicle; a profile creation unit which creates a lateral acceleration profile (PRAy) indicating a relation between the lateral acceleration of the vehicle and the time and an index of a change in the lateral acceleration profile from the current time to an arrival prediction time (Tend), on the basis of the target position (X2, Y2), a final posture angle (θend), the arrival prediction time (Tend) which is a predicted value of the time required for the vehicle to reach the target position (X2, Y2), and the parameter stored in the storage unit , the final posture angle (θend) of the vehicle being a posture angle of the vehicle at the time when the vehicle reaches the target position (X2, Y2), the arrival prediction time (Tend) being computed on the basis of the lateral acceleration of the vehicle, the yaw rate and a vehicle body speed, when information specifying the target position (X2, Y2) and the final posture angle (θend) of the vehicle is input; and a target deriving unit which derives a target travel route in an aspect in which the posture angle of the vehicle reaching the target position (X2, Y2) becomes the final posture angle (θend), by integrating the lateral acceleration profile created by the profile creation unit twice. a storage unit which stores a parameter relating to an amount of change in a lateral acceleration of the vehicle; a profile creation unit which creates a lateral acceleration profile (PRAy) indicating a relation between the lateral acceleration of the vehicle and the time and an index of a change in the lateral acceleration profile from the current time to an arrival prediction time (Tend), on the basis of the target position (X2, Y2), a final posture angle (θend), the arrival prediction time (Tend) which is a predicted value of the time required for the vehicle to reach the target position (X2, Y2), and the parameter stored in the storage unit , the final posture angle (θend) of the vehicle being a posture angle of the vehicle at the time when the vehicle reaches the target position (X2, Y2), the arrival prediction time (Tend) being computed on the basis of the lateral acceleration of the vehicle, the yaw rate and a vehicle body speed, when information specifying the target position (X2, Y2) and the final posture angle (θend) of the vehicle is input; and a target deriving unit which derives a target travel route in an aspect in which the posture angle of the vehicle reaching the target position (X2, Y2) becomes the final posture angle (θend), by integrating the lateral acceleration profile created by the profile creation unit twice.
A leak detector comprising a gas sensor in fluid communication with one or more probe head ports of a probe head having a first communication direction for the gas sensor , characterised in that the leak detector further comprises a purge gas supply in fluid communication with the one or more probe head ports of the probe head in a second communication direction for the purge gas supply , which communication directions are opposite to each other, wherein the gas sensor and the purge gas supply are configured for communication through a common conduit for the fluid communication with the one or more probe head ports of the probe head and wherein only one of the gas sensor or the purge gas supply is in fluid communication through the common conduit with the one or more probe head ports of the probe head at a time.
A watch comprising a case having a removable cover and a clock mechanism installed in the case , including a setting/winding mechanism, the watch being provided with a combination lock , characterized in that said combination lock is used to block the setting/winding mechanism and block removing the cover from the case to prevent unauthorized use of the watch .