mhurhangee/patent-ind-claim-en huggingface dataset:
Microalloyed ferrite -pearlite steel with high tensile strength between 1050 and 1200 MPa and high yield strength greater than 750MPa, comprising the following elements in percentage by weight: 0.35% ≤ C ≤ 0.48% 0.55% ≤ Si ≤ 1.40% 0.55% ≤ Mn ≤ 1.40% 0.05% ≤ V ≤ 0.40% 0.005% ≤ Ti ≤ 0.040%; 0.001% ≤ Nb ≤ 0.050% the microalloyed steel further comprising optionally at least one of the following elements in percentage by weight: P ≤ 0.015% S ≤ 0.10% Cr ≤ 0.50% Ni ≤ 0.50% Mo ≤ 0.10% Cu ≤ 0.25% 0.001% ≤ Al ≤ 0.050% 0.004% ≤ N ≤ 0.020% Bi≤ 0.15% Pb≤ 0.20% Te≤ 0.02% Se≤ 0.04% the rest being iron and impurities. 0.35% ≤ C ≤ 0.48% 0.55% ≤ Si ≤ 1.40% 0.55% ≤ Mn ≤ 1.40% 0.05% ≤ V ≤ 0.40% 0.005% ≤ Ti ≤ 0.040%; 0.001% ≤ Nb ≤ 0.050% P ≤ 0.015% S ≤ 0.10% Cr ≤ 0.50% Ni ≤ 0.50% Mo ≤ 0.10% Cu ≤ 0.25% 0.001% ≤ Al ≤ 0.050% 0.004% ≤ N ≤ 0.020% Bi≤ 0.15% Pb≤ 0.20% Te≤ 0.02% Se≤ 0.04% the rest being iron and impurities.
Condenser tumble dryer having a drum for receiving laundry items to be dried, a supply air channel , an exhaust air channel , a recirculated air channel branching off therefrom and discharging into the supply air channel upstream of a drum inlet , a blower , a heat pump having a condenser which is arranged in the supply air channel , an evaporator which is arranged in the exhaust air channel , a throttle and a compressor , as well as a control facility and a heating facility, wherein the condenser tumble dryer is designed such that, in a drying program carried out therein, moist warm process air flows out of the drum in an exhaust air channel part defined downstream by the evaporator , substantially in the same direction as the supply air in an inlet region of the supply air channel containing the condenser , characterised in that the process air leaving the drum has a relative air humidity F rel , to which F rel min ≤ F rel ≤ F rel max applies, wherein F rel min is a predetermined minimum value and F rel max is a maximum value of the relative air humidity which can be achieved in the drying program, and the exhaust air channel part and the condenser have a common wall which has a plurality of holes which form the recirculated air channel .
Impactor body for orthopaedic surgery operation, comprising a strike head , a handle , a cup abutment , and an elongate element inside which there is a conduit designed to house a kinematic chain , characterized in that said elongate element is at least partially covered by an envelope .
A computer-implemented method, comprising: receiving , from a first network element including a first smart network interface card, NIC, by a second network element, capability information of the first smart NIC; determining that one or more network processing tasks of a virtualized network function instantiated in the second network element can be offloaded to the first smart NIC based on the capability information; receiving , from the virtualized network function, processing information for performing the one or more network processing tasks; and transmitting , based on the processing information, control information that causes the first smart NIC to perform the one or more network processing tasks on at least a portion of network data received by the first network element for transmission to the second network element. receiving , from a first network element including a first smart network interface card, NIC, by a second network element, capability information of the first smart NIC; determining that one or more network processing tasks of a virtualized network function instantiated in the second network element can be offloaded to the first smart NIC based on the capability information; receiving , from the virtualized network function, processing information for performing the one or more network processing tasks; and transmitting , based on the processing information, control information that causes the first smart NIC to perform the one or more network processing tasks on at least a portion of network data received by the first network element for transmission to the second network element.
Device used for the protection of a microphone against wind and vibrations, comprising: - a rigid cage forming a cavity surrounding completely the microphone , this said cage consists of or is covered by one or several porous materials on its main surface; - one or several isolators fixed on one side to the cage and their other to the support external to the said cage , the said isolators consist of spring-effect materials, globally curved with a wire shape. - a rigid cage forming a cavity surrounding completely the microphone , this said cage consists of or is covered by one or several porous materials on its main surface; - one or several isolators fixed on one side to the cage and their other to the support external to the said cage , the said isolators consist of spring-effect materials, globally curved with a wire shape.
A method for data transmission, characterized in comprising: receiving (S210), by a first terminal, first control information sent by a second terminal, the first control information being used for determining information of resources used for multiple sidelink, SL, transmissions; and determining (S220), by the first terminal according to the first control information, the resources used for the multiple SL transmissions, wherein the information of resources used for multiple SL transmissions comprises information of time-domain resource and information of frequency-domain resource used for the multiple SL transmissions, characterized in that , the first control information comprises second configuration information, the second configuration information being used for determining a time offset of each transmission of the multiple transmissions relative to a time unit, wherein the time unit may be a time slot, a symbol, a subframe, a short transmission time interval, sTTI, and the determining (S220), by the first terminal according to the first control information, the resources used for the multiple SL transmissions comprises: determining, by the first terminal according to the time offset of the each transmission relative to the time unit with the time unit as a reference, time-domain resource used for the each transmission; wherein the time unit is determined according to a time unit carrying the first control information, or an initial time unit of a current radio frame, or an initial time unit of a current radio frame period. receiving (S210), by a first terminal, first control information sent by a second terminal, the first control information being used for determining information of resources used for multiple sidelink, SL, transmissions; and determining (S220), by the first terminal according to the first control information, the resources used for the multiple SL transmissions, wherein the information of resources used for multiple SL transmissions comprises information of time-domain resource and information of frequency-domain resource used for the multiple SL transmissions, characterized in that , the first control information comprises second configuration information, the second configuration information being used for determining a time offset of each transmission of the multiple transmissions relative to a time unit, wherein the time unit may be a time slot, a symbol, a subframe, a short transmission time interval, sTTI, and the determining (S220), by the first terminal according to the first control information, the resources used for the multiple SL transmissions comprises: determining, by the first terminal according to the time offset of the each transmission relative to the time unit with the time unit as a reference, time-domain resource used for the each transmission; wherein the time unit is determined according to a time unit carrying the first control information, or an initial time unit of a current radio frame, or an initial time unit of a current radio frame period.
Method for determining a differential power (ΔP) between an output power ( P real ) of a wind farm that is actually fed into a supply grid under given boundary conditions and a maximum possible output power ( P max ) of the wind farm under the boundary conditions, wherein the wind farm has a plurality of wind turbines (WEA), arranged in spatial proximity to each other, for converting wind energy into electrical energy, characterized by the following steps of: a. operating the wind farm under the given boundary conditions, wherein at least one of the wind turbines (WEA) is operated in a restricted state; b. determining a performance variable ( X i,lim,real ) , prevailing under the boundary conditions, of a selected wind turbine (WEA_i) ; c. using a wake model to estimate a simulated restricted performance variable ( Xi ,lim,sim ) of the selected wind turbine (WEA_i), wherein the wake model takes into account the given boundary conditions and the restricted state of the at least one wind turbine (WEA); d. using the wake model to estimate a simulated maximum performance variable ( X i,max,sim ) of the selected wind turbine (WEA_i), wherein the wake model takes into account the given boundary conditions and it is assumed that the wind farm is operated in the unrestricted state; e. determining a corrected maximum performance variable ( X i,max,est ) for the selected wind turbine (WEA_i) while taking into account the prevailing performance variable ( X i,lim,real )' the simulated restricted performance variable ( X i,lim,sim ) and the simulated maximum performance variable ( X i,max,sim ) ; f. using the corrected maximum performance variable ( X i,max,est ) to calculate the maximum possible output power ( P i,max,est ) of the selected wind turbine (WEA_i). a. operating the wind farm under the given boundary conditions, wherein at least one of the wind turbines (WEA) is operated in a restricted state; b. determining a performance variable ( X i,lim,real ) , prevailing under the boundary conditions, of a selected wind turbine (WEA_i) ; c. using a wake model to estimate a simulated restricted performance variable ( Xi ,lim,sim ) of the selected wind turbine (WEA_i), wherein the wake model takes into account the given boundary conditions and the restricted state of the at least one wind turbine (WEA); d. using the wake model to estimate a simulated maximum performance variable ( X i,max,sim ) of the selected wind turbine (WEA_i), wherein the wake model takes into account the given boundary conditions and it is assumed that the wind farm is operated in the unrestricted state; e. determining a corrected maximum performance variable ( X i,max,est ) for the selected wind turbine (WEA_i) while taking into account the prevailing performance variable ( X i,lim,real )' the simulated restricted performance variable ( X i,lim,sim ) and the simulated maximum performance variable ( X i,max,sim ) ; f. using the corrected maximum performance variable ( X i,max,est ) to calculate the maximum possible output power ( P i,max,est ) of the selected wind turbine (WEA_i).
A semiconductor diode module comprising a light emitting structure that comprises at least a plurality of semiconductor layers including at least a p-type layer and an n-type layer, the light emitting structure having a first surface that is a first surface of the semiconductor diode module, the semiconductor diode module having a second surface opposite the first surface of the semiconductor diode module a metal pattern disposed on the second surface of the semiconductor diode module, the metal pattern comprising: a cathode electrode electrically connected to the n-type layer; an anode electrode electrically connected to the p-type layer; and an thermal pad configuration , characterized in that the thermal pad configuration comprises two thermal pads , electrically isolated from the cathode electrode and anode electrode, the two thermal pads being located along opposite sides of the second surface of the semiconductor diode module and having identical shapes. a cathode electrode electrically connected to the n-type layer; an anode electrode electrically connected to the p-type layer; and an thermal pad configuration , characterized in that the thermal pad configuration comprises two thermal pads , electrically isolated from the cathode electrode and anode electrode, the two thermal pads being located along opposite sides of the second surface of the semiconductor diode module and having identical shapes.
A thermoplastic resin composition comprising: about 100 parts by weight of a polycarbonate resin; about 20 parts by weight to about 60 parts by weight of mica surface-treated with a silane compound; about 0.1 parts by weight to about 20 parts by weight of a modified polyolefin comprising a repeat unit represented by Formula 1 and a repeat unit represented by Formula 2; and about 3 parts by weight to about 20 parts by weight of a phosphorus flame retardant: where R 1 is a hydrogen atom or a methyl group, Y is -COOR 2 (R 2 being a C 1 to C 12 alkyl group), a glycidyl modified ester group, an arylate group, or a nitrile group (-CN). about 100 parts by weight of a polycarbonate resin; about 20 parts by weight to about 60 parts by weight of mica surface-treated with a silane compound; about 0.1 parts by weight to about 20 parts by weight of a modified polyolefin comprising a repeat unit represented by Formula 1 and a repeat unit represented by Formula 2; and about 3 parts by weight to about 20 parts by weight of a phosphorus flame retardant:
A sealing device for a pulse generator , comprising a seal and a protective housing for a sensor means of the pulse generator, the protective housing having a polygonal section and a threaded section for screwing the protective housing into a gearbox of a vehicle, a plug receptacle of the sensor means projecting to the outside from the protective housing at the end of the protective housing facing away from the threaded section , characterized in that the seal has a one-piece sleeve which can be placed onto the protective housing with the polygonal section , the sleeve being provided on its interior at its end (11.1) facing the threaded section with a plurality of locking tongues projecting obliquely radially inwards and engaging under the polygonal section after the sleeve has been fitted onto the protective housing , and the sleeve being provided with a radially inwardly directed collar (14.1, 14.1') at its opposite end which engages over the upper edge of the protective housing after the sleeve has been fitted.
A method for preparing osteoblasts, the method comprising culturing mammal differentiated somatic cells in a medium in the presence of at least one compound selected from the group consisting of statin compounds, casein kinase 1 inhibitors, cAMP inducers, and histone methyltransferase inhibitors, to convert the somatic cells into osteoblasts, wherein the somatic cells are fibroblasts, gingival cells, or adipocytes. statin compounds, casein kinase 1 inhibitors, cAMP inducers, and histone methyltransferase inhibitors,
A method for technically supporting a manual order picking process, wherein a user executes order picking steps, which are output to the user in the form of handling instructions, in the course of the manual order picking process, wherein said handling instructions originate from a management server for managing the manual order picking process and are stored therein in the form of digital data, wherein one or more order picking steps respectively specify the removal of one or more objects from at least one storage location by the user and/or wherein one or more order picking steps respectively specify the depositing of one or more objects in at least one storage location by the user, wherein information on the manual order picking process is at least partially visually output to the user via data glasses , wherein the handling instructions are transmitted from the management server to the data glasses and are output to the user via the data glasses , and wherein the user is provided with an indication that the respective order picking step has been carried out via the data glasses , characterized in that - a sensor device (RF) in a mobile unit of a number of mobile units acquires sensor data, based on which the effected execution of a respective order picking step is determined, wherein a respective mobile unit of the number of mobile units is carried on an arm or on a hand or on a foot or on a leg of the user with the aid of a fastening means of the respective mobile unit ; - data that is based on the sensor data of the sensor device (RF) is transmitted via a wireless data interface (WM, BM) of the mobile unit , whereupon the management server is informed of the effected execution of the respective order picking step. - a sensor device (RF) in a mobile unit of a number of mobile units acquires sensor data, based on which the effected execution of a respective order picking step is determined, wherein a respective mobile unit of the number of mobile units is carried on an arm or on a hand or on a foot or on a leg of the user with the aid of a fastening means of the respective mobile unit ; - data that is based on the sensor data of the sensor device (RF) is transmitted via a wireless data interface (WM, BM) of the mobile unit , whereupon the management server is informed of the effected execution of the respective order picking step.
A method for controlling a rod severer of the tobacco processing industry, wherein the rod severer is designed to sever a rod formed on a rod maker into a rod part unsuitable for further processing and a rod part suitable for further processing, characterized in that it can be specified, or is specified, at which location of the rod the rod is severed.
A communication apparatus connectable to a communication network, comprising: notification means configured to notify the presence of the communication apparatus using a communication channel assigned to the communication apparatus among communication channels available for a wireless communication, wherein in a first period during which the notification means notifies the presence of the communication apparatus, the communication apparatus is capable of receiving a search signal from another communication apparatus and of sending to said another communication apparatus a search response signal in response to said search signal; search means configured to search for another communication apparatus by transmitting a search signal using a search channel, wherein the search channel is one of the communication channels available for a wireless communication; and control means configured to control such that the first period and a second period for the search means to search another apparatus are alternately repeated, wherein the control means is configured to control the search means so as to search another communication apparatus using a second communication channel as the search channel after executing a search of another communication apparatus using a first communication channel as the search channel, wherein the search channel used for a search by the search means is changed intermittently, and the control means is configured to control the notification means so that a length of the first period is random. notification means configured to notify the presence of the communication apparatus using a communication channel assigned to the communication apparatus among communication channels available for a wireless communication, wherein in a first period during which the notification means notifies the presence of the communication apparatus, the communication apparatus is capable of receiving a search signal from another communication apparatus and of sending to said another communication apparatus a search response signal in response to said search signal; search means configured to search for another communication apparatus by transmitting a search signal using a search channel, wherein the search channel is one of the communication channels available for a wireless communication; and control means configured to control such that the first period and a second period for the search means to search another apparatus are alternately repeated, wherein the control means is configured to control the search means so as to search another communication apparatus using a second communication channel as the search channel after executing a search of another communication apparatus using a first communication channel as the search channel, wherein the search channel used for a search by the search means is changed intermittently, and the control means is configured to control the notification means so that a length of the first period is random.
A fastening nail, comprising a nail seat and a spiral part , wherein a front end of the spiral part is formed as a tip , a rear end of the spiral part is fixedly connected to a front end of the nail seat , and a first positioning part is provided on an end surface of a rear end of the nail seat , characterized in that an annular groove is provided on an outer peripheral surface of the nail seat , and is configured to be tied with a polymer suture for surgery. wherein a front end of the spiral part is formed as a tip , a rear end of the spiral part is fixedly connected to a front end of the nail seat , and a first positioning part is provided on an end surface of a rear end of the nail seat , characterized in that an annular groove is provided on an outer peripheral surface of the nail seat , and is configured to be tied with a polymer suture for surgery.
A method in a Narrow Band Internet of Things, NB-IoT, node , comprising: obtaining information related to an operational mode of a first cell to be measured by the node, wherein the operational mode comprises one of an in-band mode, a stand-alone mode and a guard-band mode; selecting a measurement procedure from a plurality of possible measurement procedures based on the obtained information related to the operational mode of the first cell, wherein one or more measurement parameters of the selected measurement procedure are adapted to the operational mode of the first cell; performing one or more measurements in the first cell using the selected measurement procedure. obtaining information related to an operational mode of a first cell to be measured by the node, wherein the operational mode comprises one of an in-band mode, a stand-alone mode and a guard-band mode; selecting a measurement procedure from a plurality of possible measurement procedures based on the obtained information related to the operational mode of the first cell, wherein one or more measurement parameters of the selected measurement procedure are adapted to the operational mode of the first cell; performing one or more measurements in the first cell using the selected measurement procedure.