mhurhangee/patent-ind-claim-en huggingface dataset:
Fork adjuster for a forklift truck , comprising: - a frame provided with coupling means configured to operatively couple the fork adjuster to the forklift truck ; - an adjusting mechanism arranged in or on the frame and configured to adjust the forks ; - a drive mechanism which is configured to be connected operatively to the adjusting mechanism for driving the adjusting mechanism , wherein the drive mechanism is provided with contact means such that the adjusting mechanism is driveable by contact of the contact means with a ground surface, characterized in that the fork adjuster further comprises a slip coupling between the contact means and the forks . - a frame provided with coupling means configured to operatively couple the fork adjuster to the forklift truck ; - an adjusting mechanism arranged in or on the frame and configured to adjust the forks ; - a drive mechanism which is configured to be connected operatively to the adjusting mechanism for driving the adjusting mechanism , wherein the drive mechanism is provided with contact means such that the adjusting mechanism is driveable by contact of the contact means with a ground surface, characterized in that the fork adjuster further comprises a slip coupling between the contact means and the forks .
Method for transmitting system information executed by a base node being part of a cellular wireless network for long term evolution, to at least one wireless communication device camping on the base node in a frame structure , the base node being configured to support a dedicated resource region embedded in the frame structure for a subset of camping wireless communication devices, wherein the dedicated resource region is capable of being deployed at least in-band and out-of-band in relation to a common frequency band , the method comprising the steps of: - collecting configuration parameter for said dedicated resource region according to a predetermined time period and to arrange said configuration parameter in system information blocks, - identifying if the dedicated resource region is deployed in-band, - in case it is deployed in-band and a wideband transmission session is active, adding to at least one of the system information blocks a valid subframe indication for submitting system information blocks instead of wideband transmission blocks , and transmitting said at least one of the system information blocks according to said valid subframe indication, - in case it is not deployed in-band transmitting the at least one of the system information blocks unchanged in a carrier frequency outside of the common frequency band characterized in that the at least one of the system information blocks are transmitted according to a coverage enhancement scheme comprising a plurality of repetitions, whereby the repetitions are transmitted in the dedicated resource region in case of in-band deployment interrupted through at least one of the wideband transmission blocks and in each subframe otherwise. - collecting configuration parameter for said dedicated resource region according to a predetermined time period and to arrange said configuration parameter in system information blocks, - identifying if the dedicated resource region is deployed in-band, - in case it is deployed in-band and a wideband transmission session is active, adding to at least one of the system information blocks a valid subframe indication for submitting system information blocks instead of wideband transmission blocks , and transmitting said at least one of the system information blocks according to said valid subframe indication, - in case it is not deployed in-band transmitting the at least one of the system information blocks unchanged in a carrier frequency outside of the common frequency band - in case it is deployed in-band and a wideband transmission session is active, adding to at least one of the system information blocks a valid subframe indication for submitting system information blocks instead of wideband transmission blocks , and transmitting said at least one of the system information blocks according to said valid subframe indication, - in case it is not deployed in-band transmitting the at least one of the system information blocks unchanged in a carrier frequency outside of the common frequency band
A mixing apparatus , comprising: a drive unit having a drive and a shaft which is pivotable about an essentially horizontally aligned pivot axis (A) and is operatively connected to the drive , a pivotable receptacle , which is arranged on the shaft , wherein the pivotable receptacle comprises a base plate and at least one retainer spaced therefrom, wherein the pivotable receptacle is configured in such a way that holders for containers can be inserted between the base plate and the at least one retainer in the direction of the pivot axis (A), wherein the at least one retainer (4;400) comprises at least one plate (41;401,42) having at least one throughhole (40;402), wherein the through-holes (40;402) are arranged such that, when the retainers are inserted, they are aligned flush with the container receptacles formed in the holders , characterized in that the at least one retainer comprises a first plate and a second plate , wherein the distance between the base plate and the first plate is greater than that between the base plate and the second plate . a drive unit having a drive and a shaft which is pivotable about an essentially horizontally aligned pivot axis (A) and is operatively connected to the drive , a pivotable receptacle , which is arranged on the shaft , wherein the pivotable receptacle comprises a base plate and at least one retainer spaced therefrom, wherein the pivotable receptacle is configured in such a way that holders for containers can be inserted between the base plate and the at least one retainer in the direction of the pivot axis (A), wherein the at least one retainer (4;400) comprises at least one plate (41;401,42) having at least one throughhole (40;402), wherein the through-holes (40;402) are arranged such that, when the retainers are inserted, they are aligned flush with the container receptacles formed in the holders , characterized in that the at least one retainer comprises a first plate and a second plate , wherein the distance between the base plate and the first plate is greater than that between the base plate and the second plate .
A synthetic resin ampule body for a drug-filled ampule , comprising a tip-side sealing portion , a hollow portion having a drug containing portion , and an annular breakable portion provided between a lower portion of the tip-side sealing portion and an upper portion of the hollow portion ; wherein the breakable portion includes an annular smallest diameter portion , and the tip-side sealing portion includes a flat plate portion for grasping formed at an upper portion thereof and an internal ceiling portion exposed to an interior of the hollow portion ; characterized in that the smallest diameter portion of the breakable portion is located near an annular circumferential edge portion of the internal ceiling portion of the tip-side sealing portion and is located above the annular circumferential edge portion of the internal ceiling portion of the tip-side sealing portion , and the drug containing portion is opened when the ampule body is broken at the breakable portion . a tip-side sealing portion , a hollow portion having a drug containing portion , and an annular breakable portion provided between a lower portion of the tip-side sealing portion and an upper portion of the hollow portion ; wherein the breakable portion includes an annular smallest diameter portion , and the tip-side sealing portion includes a flat plate portion for grasping formed at an upper portion thereof and an internal ceiling portion exposed to an interior of the hollow portion ; characterized in that the smallest diameter portion of the breakable portion is located near an annular circumferential edge portion of the internal ceiling portion of the tip-side sealing portion and is located above the annular circumferential edge portion of the internal ceiling portion of the tip-side sealing portion , and the drug containing portion is opened when the ampule body is broken at the breakable portion .
An antibody specifically binding to human c-Kit comprising a mature heavy chain variable region that has a sequence of SEQ ID NO: 13 except that position 1 can be E, and a mature light chain variable region that has a sequence of SEQ ID NO: 53.
An agricultural assistance system with a driver assistance system for controlling a towing vehicle , in particular configured as a tractor, and/or a mounted implement for an agricultural vehicle and trailer combination , wherein the agricultural assistance system produces control parameters for the towing vehicle , in particular for a machine controller of the towing vehicle and/or for the mounted implement , in particular for an implement controller of the mounted implement , wherein the driver assistance system has an input/output unit for dialogue with a user (B), wherein the agricultural assistance system has a rule interpreter which produces the control parameters by executing rules from sets of rules , wherein the agricultural assistance system has a rule generator which provides a plurality of sets of rules pertaining to the towing vehicle and/or the mounted implement , characterized in that the agricultural assistance system is configured to implement the rule interpreter as required on control hardware which is part of the towing vehicle and/or of the mounted implement , and on control hardware which is disposed remotely from the vehicle and trailer combination, and in that for this purpose, the agricultural assistance system has a coordination module which coordinates the rule interpreter with the rule generator and the driver assistance system independently of the location of the implementation of the rule interpreter . wherein the agricultural assistance system has a rule interpreter which produces the control parameters by executing rules from sets of rules , wherein the agricultural assistance system has a rule generator which provides a plurality of sets of rules pertaining to the towing vehicle and/or the mounted implement , characterized in that the agricultural assistance system is configured to implement the rule interpreter as required on control hardware which is part of the towing vehicle and/or of the mounted implement , and on control hardware which is disposed remotely from the vehicle and trailer combination, and in that for this purpose, the agricultural assistance system has a coordination module which coordinates the rule interpreter with the rule generator and the driver assistance system independently of the location of the implementation of the rule interpreter .
A process for the preparation of Formula I, comprising; a) reacting compound of Formula II with anhydrous hydrogen fluoride in the presence of a fluorination catalyst to obtain compound of Formula I, and wherein X is a halogen b) isolating the compound of Formula I from the step a) reaction mixture, wherein the step a) takes place in a vapour phase in the absence of inert gas. a) reacting compound of Formula II with anhydrous hydrogen fluoride in the presence of a fluorination catalyst to obtain compound of Formula I, and wherein X is a halogen b) isolating the compound of Formula I from the step a) reaction mixture, wherein the step a) takes place in a vapour phase in the absence of inert gas.
Method for checking the integrity of encrypted user data by means of a processor , in particular an FPGA, which comprises the following method steps: - calculating a first check value over the encrypted user data during a security-protected operating mode; - storing the first check value in a security-protected memory module of the processor during the security-protected operating mode; wherein a secret is additionally stored in the security-protected memory module during the security-protected operating mode, wherein the secret is a cryptographic key for decrypting the encrypted user data; - calculating a second check value over the encrypted user data during a runtime mode; - comparing the first check value with the second check value by means of the processor during the runtime mode; - providing control information by means of the processor during the runtime mode, wherein the control information comprises a result of the comparison; wherein, if a sufficient match is established in the comparison of the first check value and the second check value, the secret is additionally provided during the provisioning; wherein the security-protected operating mode and the runtime mode is an operating mode of the processor and/or of a device that comprises the processor ; wherein the runtime mode and the security-protected operating mode are mutually exclusive. - calculating a first check value over the encrypted user data during a security-protected operating mode; - storing the first check value in a security-protected memory module of the processor during the security-protected operating mode; wherein a secret is additionally stored in the security-protected memory module during the security-protected operating mode, wherein the secret is a cryptographic key for decrypting the encrypted user data; - calculating a second check value over the encrypted user data during a runtime mode; - comparing the first check value with the second check value by means of the processor during the runtime mode; - providing control information by means of the processor during the runtime mode, wherein the control information comprises a result of the comparison; wherein, if a sufficient match is established in the comparison of the first check value and the second check value, the secret is additionally provided during the provisioning; wherein the security-protected operating mode and the runtime mode is an operating mode of the processor and/or of a device that comprises the processor ; wherein the runtime mode and the security-protected operating mode are mutually exclusive.
Method of manufacturing a sheet steel component by means of a press-hardening or form-hardening process wherein the steel sheet component is produced by cold-forming a blank from a dual-phase steel, then heating it and quenching it in a quench press, or to reheat a blank of a dual-phase steel to a temperature above the austenitising temperature of the highly hardenable steel material and to then to reshape it in a forming or quench press with one stroke or a series of strokes to form the steel sheet component, characterised in that a dual-phase steel is used whose Ac3 value has been raised so high that, at the required annealing temperatures, only a partial austenitising temperature of the dual-phase steel is obtained so that, when placed in the quench press, the dual-phase steel has a ferrite matrix, alongside which austenite is present, wherein the material has the following composition in mass %, C 0.02 - 0.12% Si 0.5 - 2.0% Mn 0.5 - 2.0% Cr 0.3 - 1.0 % A1 0.5 - 1.5 % Nb < 0.10 % Ti < 0.10 % The remainder being iron and unavoidable impurities from the melting process.
An extravascular implantable lead comprising: a proximal end comprising a connector configured to connect the extravascular implantable lead to an implantable cardioverter-defibrillator; a distal portion configured for extravascular implantation between a ribcage and a pericardium of a patient, the distal portion comprising: a first electrode segment and a second electrode segment spaced from the first electrode segment by a distance within a range from 1 centimeter (cm) to 3 cm, wherein the first electrode segment and the second electrode segment are configured to deliver cardioversion or defibrillation shock therapy from the implantable cardioverter-defibrillator; and a first electrode located between the first electrode segment and the second electrode segment, wherein the first electrode is configured to sense cardiac electrical signals. a proximal end comprising a connector configured to connect the extravascular implantable lead to an implantable cardioverter-defibrillator; a distal portion configured for extravascular implantation between a ribcage and a pericardium of a patient, the distal portion comprising: a first electrode segment and a second electrode segment spaced from the first electrode segment by a distance within a range from 1 centimeter (cm) to 3 cm, wherein the first electrode segment and the second electrode segment are configured to deliver cardioversion or defibrillation shock therapy from the implantable cardioverter-defibrillator; and a first electrode located between the first electrode segment and the second electrode segment, wherein the first electrode is configured to sense cardiac electrical signals. a first electrode segment and a second electrode segment spaced from the first electrode segment by a distance within a range from 1 centimeter (cm) to 3 cm, wherein the first electrode segment and the second electrode segment are configured to deliver cardioversion or defibrillation shock therapy from the implantable cardioverter-defibrillator; and a first electrode located between the first electrode segment and the second electrode segment, wherein the first electrode is configured to sense cardiac electrical signals.
An automatic cleaning device comprising: a sensor system configured to collect a pre-set environment parameter of surroundings of the automatic cleaning device; and an application processor ; wherein the application processor comprises a central processing unit electrically coupled to the sensor system ; the central processing unit is configured to acquire the preset environment parameter collected by the sensor system ; characterized in that the application processor further comprises a graphic processing unit electrically coupled to the central processing unit; and the graphic processing unit is configured to obtain the pre-set environment parameter from the central processing unit and then generate a map of the surroundings of the automatic cleaning device based on the pre-set environment parameter. a sensor system configured to collect a pre-set environment parameter of surroundings of the automatic cleaning device; and an application processor ; wherein the application processor comprises a central processing unit electrically coupled to the sensor system ; the central processing unit is configured to acquire the preset environment parameter collected by the sensor system ; characterized in that the application processor further comprises a graphic processing unit electrically coupled to the central processing unit; and the graphic processing unit is configured to obtain the pre-set environment parameter from the central processing unit and then generate a map of the surroundings of the automatic cleaning device based on the pre-set environment parameter.
A device for generating oxygen comprising at least one reaction chamber housing a composition for generating oxygen, the composition comprising a combination of constituents consisting of at least one oxygen source , at least one ionic liquid being a salt in liquid state, and at least one metal oxide compound as a catalyst triggering an oxygen release reaction, - means (5; 6; 17) for maintaining at least one of the oxygen source , the ionic liquid and the metal oxide compound physically separated from the remaining constituents, - means (18, 19; 20, 20'; 22, 23) for establishing physical contact of the oxygen source , the ionic liquid and the metal oxide compound , and - means (15; 16) for allowing oxygen to exit the reaction chamber , wherein the metal oxide compound is an oxide of a single metal or of two or more different metals, said metal(s) being selected from the metals of groups 2 to 14 of the periodic table of the elements, and wherein the oxygen source comprises a peroxide compound, wherein the peroxide compound is selected form alkali metal percarbonates, alkali metal perborates, urea hydrogen peroxide, and mixtures thereof. - means (5; 6; 17) for maintaining at least one of the oxygen source , the ionic liquid and the metal oxide compound physically separated from the remaining constituents, - means (18, 19; 20, 20'; 22, 23) for establishing physical contact of the oxygen source , the ionic liquid and the metal oxide compound , and - means (15; 16) for allowing oxygen to exit the reaction chamber ,
A high pressure degassing module (100; 400; 500; 700; 800) comprising: a high pressure housing (110; 710) being a standard RO pressure vessel; a plurality of replaceable self-contained cartridges (420; 422), each comprising a perforated center tube and a plurality of hollow fiber membranes , wherein adjacent membrane cartridges (420; 422) are connected together by a hollow connector adapted to mate with or to be received in openings in the center tubes of the cartridges (420; 422); a gap between the outer surface of the cartridges (420; 422) and the inner surface of the RO pressure vessel; and at least one mixing chamber allowing for sweep gases to remix and equalize with in the length of the module (100; 400; 500; 700; 800); wherein the module housing (110; 710) will contain and restrain the cartridge shell should the cartridge shell swell or fail under pressure; and wherein the hollow connector has an opening which is adapted to allow for the flow of liquid from the center tube of one cartridge (420; 422) to the center tube of an adjacent cartridge (420; 422). a high pressure housing (110; 710) being a standard RO pressure vessel; a plurality of replaceable self-contained cartridges (420; 422), each comprising a perforated center tube and a plurality of hollow fiber membranes , wherein adjacent membrane cartridges (420; 422) are connected together by a hollow connector adapted to mate with or to be received in openings in the center tubes of the cartridges (420; 422); a gap between the outer surface of the cartridges (420; 422) and the inner surface of the RO pressure vessel; and at least one mixing chamber allowing for sweep gases to remix and equalize with in the length of the module (100; 400; 500; 700; 800); wherein the module housing (110; 710) will contain and restrain the cartridge shell should the cartridge shell swell or fail under pressure; and wherein the hollow connector has an opening which is adapted to allow for the flow of liquid from the center tube of one cartridge (420; 422) to the center tube of an adjacent cartridge (420; 422).