mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating a quality measure for a frequency set for indicating the quality of said frequency set for use in a multi frequency ranging method, said frequency set comprising at least a primary frequency (F0), a first frequency (F1), and a second frequency (F2), said multi frequency ranging method being a method for estimating the range to an object by determining at least a first phase difference and a second phase difference in a received reflected echo signal and processing said first phase difference and said second phase difference, said first phase difference being the phase difference between the primary frequency (FO') and the first frequency (F1') in the received reflected echo signal and said second phase difference being the phase difference between the primary frequency (FO') and the second frequency (F2') in the received reflected echo signal, wherein said method for generating a quality measure comprises the steps of: • determining the smallest distance between any two range lines of a set of range lines in an N-dimensional phase space, wherein the N-dimensional phase space comprises at least a first dimension representing the first phase difference, and a second dimension representing the second phase difference, said N-dimensional phase space having a dimension equal to the number of phase differences used by the multi frequency ranging method, said range lines representing all theoretical possible combinations of the first phase difference, the second phase difference, and potential further phase differences, used by said multi frequency method, each point on a range line corresponding to a specific range to an object within the unambiguous range of the multi frequency ranging method; • determining a quality measure for said specific frequency set based on the determined smallest distance. • determining the smallest distance between any two range lines of a set of range lines in an N-dimensional phase space, wherein the N-dimensional phase space comprises at least a first dimension representing the first phase difference, and a second dimension representing the second phase difference, said N-dimensional phase space having a dimension equal to the number of phase differences used by the multi frequency ranging method, said range lines representing all theoretical possible combinations of the first phase difference, the second phase difference, and potential further phase differences, used by said multi frequency method, each point on a range line corresponding to a specific range to an object within the unambiguous range of the multi frequency ranging method; • determining a quality measure for said specific frequency set based on the determined smallest distance.
Locking system for a motor vehicle, the locking system comprising a disk-shaped rotational element , a drive for rotating the rotational element about a rotational axis , and a lever which can be moved by the rotational element , a ramp being provided on the disk-shaped rotational element and the locking system being designed such that the lever can be pivoted by the ramp when the rotational element is rotated by the drive , characterized in that the ramp extends obliquely to the rotational axis and slopes in radial direction towards the rotational element .
A method of controlling use of encrypted content by a plurality of client terminals each provided with a digital rights management (DRM) client and a content decryption module separate to the DRM client, the DRM client being associated with a DRM system that generates and distributes a DRM licence, the method comprising: providing first key information for use by one or more selected ones of the DRM clients; providing second key information for use by one or more selected ones of the content decryption modules; encrypting content key information to form encrypted content key information such that the selected ones of the content decryption modules are enabled by the second key information to recover the content key information from the encrypted content key information, wherein the content key information comprises: (a) a content key for decrypting said encrypted content; or (b) information from which the one or more selected content decryption modules are able to recover a content key for decrypting said encrypted content; and encrypting the encrypted content key information to form super-encrypted content key information for use as part of the DRM licence such that the selected ones of the DRM clients are enabled by the first key information to recover the encrypted content key information from the super-encrypted content key information. providing first key information for use by one or more selected ones of the DRM clients; providing second key information for use by one or more selected ones of the content decryption modules; encrypting content key information to form encrypted content key information such that the selected ones of the content decryption modules are enabled by the second key information to recover the content key information from the encrypted content key information, wherein the content key information comprises: (a) a content key for decrypting said encrypted content; or (b) information from which the one or more selected content decryption modules are able to recover a content key for decrypting said encrypted content; and (a) a content key for decrypting said encrypted content; or (b) information from which the one or more selected content decryption modules are able to recover a content key for decrypting said encrypted content; and encrypting the encrypted content key information to form super-encrypted content key information for use as part of the DRM licence such that the selected ones of the DRM clients are enabled by the first key information to recover the encrypted content key information from the super-encrypted content key information.
A protective helmet, in particular a protective motorcycle helmet, comprising an outer shell for distributing impact forces, a battery socket , which is firmly connected to the outer shell , for detachably accommodating a battery , and a line assembly , which is electrically connected to the battery socket , for supplying electricity by means of the accommodated battery to an electric apparatus which is mechanically coupled to the outer shell , whereas the battery socket having a pole assembly for the electrical and detachable coupling of the accommodated battery , and the electrical device being a digital device for wireless communication, characterized in that in that the battery socket has a battery frame , arranged on the inside with respect to the outer shell, for receiving the battery in a form-fitting manner, with a battery frame opening for introducing the battery into the battery frame , in that the battery frame adjoins a lower edge of the outer shell , and in that the battery frame opening is arranged essentially at the lower edge of the outer shell .
Process comprising the process steps of: a) initially charging an olefin; b) adding a compound of formula (I): where R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , R 9 , R 10 are selected from: -H, -(C 1 -C 12 )-alkyl, -(C 6 -C 20 )-aryl, and R 1 , R 2 , R 3 , R 4 may form fused ring systems; c) adding a Pt compound capable of forming a complex; d) adding an iodine compound or bromine compound; e) feeding in CO and H 2 ; f) heating the reaction mixture from a) to e), with conversion of the olefin to an aldehyde. a) initially charging an olefin; b) adding a compound of formula (I): where R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , R 9 , R 10 are selected from: -H, -(C 1 -C 12 )-alkyl, -(C 6 -C 20 )-aryl, and R 1 , R 2 , R 3 , R 4 may form fused ring systems; c) adding a Pt compound capable of forming a complex; d) adding an iodine compound or bromine compound; e) feeding in CO and H 2 ; f) heating the reaction mixture from a) to e), with conversion of the olefin to an aldehyde.
Washer-dryer comprising a drum for receiving laundry, a fan for blowing process air during a drying process, an open-loop and/or closed-loop control device for open-loop and/or closed-loop control of operating processes and a display for displaying a message, characterised in that the open-loop and/or closed-loop control device is designed to evaluate a running time of the fan and to control the display in an open and/or closed loop manner in such a way that, depending on the running time of the fan , it displays a message with information to start a lint removal program which is designed to remove lint from the washer-dryer, and by a running time counter which is designed to count an operating time of the fan in which the fan is switched on, and in that the open-loop and/or closed-loop control device is designed to return the running time counter to a predetermined initial value after the lint removal program has been carried out.
A vacuum pump , in particular a turbomolecular pump, comprising a first housing component in which a pump-active section of the vacuum pump and/or a drive for a pump-active section of the vacuum pump is/are arranged, a second housing component which is designed separately from the first housing component and in which a functional unit for the vacuum pump is provided, and a cooling device , which is provided at the second housing component , for the functional unit, wherein an insulating device is provided between the cooling device and the first housing component , wherein the cooling device is arranged between the insulating device and the second housing component , and wherein the insulating device comprises a plurality of spacers by which an air gap is formed between the cooling device and the first housing component , characterized in that the spacers are formed as a projection at the first housing component and/or at the cooling device , with one projection receiving a sealing ring . a first housing component in which a pump-active section of the vacuum pump and/or a drive for a pump-active section of the vacuum pump is/are arranged, a second housing component which is designed separately from the first housing component and in which a functional unit for the vacuum pump is provided, and a cooling device , which is provided at the second housing component , for the functional unit, wherein an insulating device is provided between the cooling device and the first housing component , wherein the cooling device is arranged between the insulating device and the second housing component , and wherein the insulating device comprises a plurality of spacers by which an air gap is formed between the cooling device and the first housing component , characterized in that the spacers are formed as a projection at the first housing component and/or at the cooling device , with one projection receiving a sealing ring .
A superconducting fault current limiter comprising: a cryostatic cooling system for containing a cooling medium ; a superconducting wire immersed in the cooling medium and configured to carry a current, the superconducting wire becoming non-superconducting above a critical current density; and a plurality of heat dissipation elements spaced along and projecting from the superconducting wire , whereby the heat dissipation elements transfer heat from the superconducting wire into the cooling medium , characterised in that the heat dissipation elements have an electrically insulating coating. a cryostatic cooling system for containing a cooling medium ; a superconducting wire immersed in the cooling medium and configured to carry a current, the superconducting wire becoming non-superconducting above a critical current density; and a plurality of heat dissipation elements spaced along and projecting from the superconducting wire , whereby the heat dissipation elements transfer heat from the superconducting wire into the cooling medium , characterised in that the heat dissipation elements have an electrically insulating coating.
A work machine operation mechanism inclining a first pedal and a second pedal based on a drive command, the first pedal and the second pedal being for controlling an action of a work machine in accordance with inclination, the work machine operation mechanism comprising: a driving source which generates a driving force based on the drive command; a first pedal driving mechanism which inclines the first pedal ; a second pedal driving mechanism which inclines the second pedal ; and a transmission mechanism which transmits the driving force from the driving source to the first pedal driving mechanism and the second pedal driving mechanism , wherein at least one of the first pedal driving mechanism and the second pedal driving mechanism is arranged apart from the driving source , characterized in that the first pedal driving mechanism has a first abutting portion which abuts a pedal surface of the first pedal as a surface which is stepped on when an operator performs an operation and a first driving unit which inclines the first pedal by inclining the first abutting portion , the second pedal driving mechanism has a second abutting portion which abuts a pedal surface of the second pedal as a surface which is stepped on when the operator performs an operation and a second driving unit which inclines the second pedal by inclining the second abutting portion , at least one of the first driving unit and the second driving unit has a speed reducer which includes a first gear and a second gear , and the first gear and the second gear are arranged to be arrayed in an up-down direction. a driving source which generates a driving force based on the drive command; a first pedal driving mechanism which inclines the first pedal ; a second pedal driving mechanism which inclines the second pedal ; and a transmission mechanism which transmits the driving force from the driving source to the first pedal driving mechanism and the second pedal driving mechanism , wherein at least one of the first pedal driving mechanism and the second pedal driving mechanism is arranged apart from the driving source , characterized in that the first pedal driving mechanism has a first abutting portion which abuts a pedal surface of the first pedal as a surface which is stepped on when an operator performs an operation and a first driving unit which inclines the first pedal by inclining the first abutting portion , the second pedal driving mechanism has a second abutting portion which abuts a pedal surface of the second pedal as a surface which is stepped on when the operator performs an operation and a second driving unit which inclines the second pedal by inclining the second abutting portion , at least one of the first driving unit and the second driving unit has a speed reducer which includes a first gear and a second gear , and the first gear and the second gear are arranged to be arrayed in an up-down direction.
Lock for a door, a window or similar, preferably an amok lock, having a lock plate and a lock case connected to this, in which a receiver for a lock cylinder, a couplable lock follower , a latch or a latch bolt, and a control element switchable between an uncoupled position and a coupled position by a lock cylinder are arranged, wherein the couplable lock follower has an inner follower which is able to be or is connected to an inner handle and an outer follower which is able to be connected to an outer handle, and the control element cooperates with a coupling element in order to couple with and/or uncouple the outer follower , wherein a follower tappet is formed as a tappet lever directly engaging between the outer follower and inner follower , and the tappet lever is either - pivotably mounted on the outer follower at one end and is supported on a support bearing arranged on the inner follower at the other end, or - is pivotably mounted on the inner follower at one end and is supported on a support bearing arranged on the outer follower at the other end, and wherein the tappet lever has a tappet spring which pushes the tappet lever into a position disengaged from the support bearing , characterised in that a contour of the support bearing and/or the end of the tappet lever which cooperates with the support bearing is chamfered in order to push the tappet lever out of engagement with the support bearing upon actuation of the outer handle. - pivotably mounted on the outer follower at one end and is supported on a support bearing arranged on the inner follower at the other end, or - is pivotably mounted on the inner follower at one end and is supported on a support bearing arranged on the outer follower at the other end, and wherein the tappet lever has a tappet spring which pushes the tappet lever into a position disengaged from the support bearing ,
Method for mounting and/or removing components of a turbine having a turbine casing, in the case of which - a crane is fastened on the turbine casing, and - at least one component which is to be mounted is fitted in its installation position with the aid of the crane and/or at least one component which is to be removed is removed from its installation position with the aid of the crane , wherein the at least one component which is to be mounted and/or removed is, in particular, a turbine blade , - wherein the crane , or an adapter connected to the crane , has a cylindrical fastening bolt , of which the outer contour is adapted to the inner contour of a through-passage bore which is present in the turbine casing, in particular in the lower casing half , in the region of the joint , and, for the purpose of fastening the crane , the fastening bolt is inserted into the through-passage bore and fixed, preferably by means of at least one screw , wherein the crane has a tower and a jib , which is fastened on the tower in an articulated manner. - a crane is fastened on the turbine casing, and - at least one component which is to be mounted is fitted in its installation position with the aid of the crane and/or at least one component which is to be removed is removed from its installation position with the aid of the crane , wherein the at least one component which is to be mounted and/or removed is, in particular, a turbine blade , - wherein the crane , or an adapter connected to the crane , has a cylindrical fastening bolt ,
A chipset for a terminal (ME), the chipset comprising at least one, the function of an integrated subscriber identity module, iUICC, fulfilling, Secure Processor (SP) with non-variable functionality and an Application Processor (AP), wherein firmware is implemented in the terminal (ME), in particular in the Application Processor (AP), wherein the chipset comprises: - an integrated Trusted Platform Module, iTPM, executable in the Secure Processor (SP) and stored outside the Secure Processor (SP) as a secure execution environment for securing the firmware, wherein the firmware is variable for different classes or types of terminals (ME) and has different requirements for the iTPM securing the firmware; and - a TPM Bootloader (BLO) implemented in the Application Processor (AP) and assigned to the iTPM, which is started on the occasion of starting the operation of the chipset; - wherein the TPM Bootloader (BLO) is configured to bring the integrated Trusted Platform Module, iTPM, to execution on the Secure Processor (SP); and - wherein the integrated Trusted Platform Module, iTPM, is configured to check the firmware, in particular the firmware of the application processor (AP), for integrity. - an integrated Trusted Platform Module, iTPM, executable in the Secure Processor (SP) and stored outside the Secure Processor (SP) as a secure execution environment for securing the firmware, wherein the firmware is variable for different classes or types of terminals (ME) and has different requirements for the iTPM securing the firmware; and - a TPM Bootloader (BLO) implemented in the Application Processor (AP) and assigned to the iTPM, which is started on the occasion of starting the operation of the chipset; - wherein the TPM Bootloader (BLO) is configured to bring the integrated Trusted Platform Module, iTPM, to execution on the Secure Processor (SP); and - wherein the integrated Trusted Platform Module, iTPM, is configured to check the firmware, in particular the firmware of the application processor (AP), for integrity.
An image processing apparatus that performs processing relating to generation of dot data specifying on or off of a dot in each pixel, the dot data being used for formation of an image by a printer forming the image on a printing medium by ejecting ink from a plurality nozzles adjacently arranged in a nozzle row direction (Y), the image processing apparatus comprising: a derivation unit configured to derive, from first scanned data obtained by reading results of printing a plurality of first charts associated with a plurality of nozzles of interest among the plurality of nozzles respectively, a luminance amount for each unit area included each of the first charts; and a determination unit configured to determine a dot formation state in a dot formation line by the plurality of nozzles based on the luminance amount for each unit area, wherein the first chart is a line chart having a width of two dots and including therein a line corresponding to the nozzle of interest and an adjacent line corresponding to a neighboring nozzle of the nozzle of interest, and characterised in that the first scan data is scan data obtained by printing a number of the first charts corresponding to all the combinations of two adjacent nozzles of the plurality of nozzles. a derivation unit configured to derive, from first scanned data obtained by reading results of printing a plurality of first charts associated with a plurality of nozzles of interest among the plurality of nozzles respectively, a luminance amount for each unit area included each of the first charts; and a determination unit configured to determine a dot formation state in a dot formation line by the plurality of nozzles based on the luminance amount for each unit area, wherein the first chart is a line chart having a width of two dots and including therein a line corresponding to the nozzle of interest and an adjacent line corresponding to a neighboring nozzle of the nozzle of interest, and characterised in that the first scan data is scan data obtained by printing a number of the first charts corresponding to all the combinations of two adjacent nozzles of the plurality of nozzles.
Apparatus for treating a human body to reduce hyperhidrosis comprising: a source of laser light energy; and a controller for controlling the laser light source wherein the controller causes the laser light source to apply laser light energy at 970nm plus or minus 10nm to target and disrupt sweat glands in the human body, wherein the controller controls the laser light energy to be pulsed and wherein the controller controls the laser light source to operate at the following parameters (a) fluence of 5-50 j/cm2; (b) pulse width of 10-60ms; (c) number of pulses of 1-20; (d) repetition rate of 0.3 - 5Hz. a source of laser light energy; and a controller for controlling the laser light source wherein the controller causes the laser light source to apply laser light energy at 970nm plus or minus 10nm to target and disrupt sweat glands in the human body, wherein the controller controls the laser light energy to be pulsed and wherein the controller controls the laser light source to operate at the following parameters (a) fluence of 5-50 j/cm2; (b) pulse width of 10-60ms; (c) number of pulses of 1-20; (d) repetition rate of 0.3 - 5Hz. (a) fluence of 5-50 j/cm2; (b) pulse width of 10-60ms; (c) number of pulses of 1-20; (d) repetition rate of 0.3 - 5Hz.