mhurhangee/patent-ind-claim-en huggingface dataset:
A polyurethane cast elastomer obtainable or obtained by reaction of at least the components (i) to (iii): (i) a polyisocyanate composition; (ii) a polyol composition comprising (ii.1) at least one di- or trifunctional polyester or polyether polyol (ii.2) at least one polysiloxane of general formula I wherein n is an integer in the range from 1 to 250, A and B are independently of one another selected from the group of C1-C20-alkyl groups; wherein X 1 is a (CH 2 -CH 2 -O) m group, a (CH 2 -CH 2 -CH 2 -O) m group or a (CHCH 3 -CH 2 -O) m group, X 2 is an (O-CH 2 -CH 2 ) m group, an (O-CH 2 -CH 2 -CH 2 ) m group or an (O-CH 2 -CHCH 3 ) m group, wherein m for X 1 , X 2 are each independently an integer in the range from 2 to 20; and Y 1 and Y 2 are both a hydroxyl group; (iii) a chain extender composition. (i) a polyisocyanate composition; (ii) a polyol composition comprising (ii.1) at least one di- or trifunctional polyester or polyether polyol (ii.2) at least one polysiloxane of general formula I wherein n is an integer in the range from 1 to 250, A and B are independently of one another selected from the group of C1-C20-alkyl groups; wherein X 1 is a (CH 2 -CH 2 -O) m group, a (CH 2 -CH 2 -CH 2 -O) m group or a (CHCH 3 -CH 2 -O) m group, X 2 is an (O-CH 2 -CH 2 ) m group, an (O-CH 2 -CH 2 -CH 2 ) m group or an (O-CH 2 -CHCH 3 ) m group, wherein m for X 1 , X 2 are each independently an integer in the range from 2 to 20; and Y 1 and Y 2 are both a hydroxyl group; (ii.1) at least one di- or trifunctional polyester or polyether polyol (ii.2) at least one polysiloxane of general formula I wherein n is an integer in the range from 1 to 250, A and B are independently of one another selected from the group of C1-C20-alkyl groups; wherein X 1 is a (CH 2 -CH 2 -O) m group, a (CH 2 -CH 2 -CH 2 -O) m group or a (CHCH 3 -CH 2 -O) m group, X 2 is an (O-CH 2 -CH 2 ) m group, an (O-CH 2 -CH 2 -CH 2 ) m group or an (O-CH 2 -CHCH 3 ) m group, wherein m for X 1 , X 2 are each independently an integer in the range from 2 to 20; and Y 1 and Y 2 are both a hydroxyl group; (iii) a chain extender composition.
An electro-optical device for intra-spacecraft communication, the electro-optical device having: at least one of transmitting capabilities for converting a first electrical signal into a first optical signal and outputting the first optical signal within a spacecraft , and receiving capabilities for receiving a second optical signal within the spacecraft and converting the second optical signal into a second electrical signal , the electro-optical device having at least one integrated circuit dedicated to at least one of the transmitting capabilities and the receiving capabilities, wherein the at least one integrated circuit is configured such that, in operation, the at least one integrated circuit operates in an analog mode, and configuration voltages for the integrated circuit are configured to be provided by analog voltage settings which are unaffected by radiation. at least one of transmitting capabilities for converting a first electrical signal into a first optical signal and outputting the first optical signal within a spacecraft , and receiving capabilities for receiving a second optical signal within the spacecraft and converting the second optical signal into a second electrical signal , the electro-optical device having at least one integrated circuit dedicated to at least one of the transmitting capabilities and the receiving capabilities, wherein the at least one integrated circuit is configured such that, in operation, the at least one integrated circuit operates in an analog mode, and configuration voltages for the integrated circuit are configured to be provided by analog voltage settings which are unaffected by radiation. the at least one integrated circuit operates in an analog mode, and configuration voltages for the integrated circuit are configured to be provided by analog voltage settings which are unaffected by radiation.
Method for determining a maximum settable torque (M min , M max ) of an electrical machine in a motor and/or generator operation for a current operating point, wherein a current maximum settable voltage (U dc ) and a current angular frequency (ω el ) of the electrical machine are determined, characterised in that , using a maximum permissible excitation current (I ex,max ) for the electrical machine , parameters (P) of the electrical machine and, from this, using a maximum permissible phase current (I dq,Limit ) and a maximum permissible total current (I dc,Limit ) for the motor operation and/or the generator operation, variables comprising a maximum possible q-current (I q,min , I q,max ) and a maximum possible d-current (I d,min , I d,max ), in each case for the motor operation and/or the generator operation, are determined iteratively, a maximum possible torque (M min , M max ) of the electrical machine for motor and/or generator operation being determined from the variables, and a determined value for the maximum possible torque for motor and/or generator operation being made available via an interface . wherein a current maximum settable voltage (U dc ) and a current angular frequency (ω el ) of the electrical machine are determined, characterised in that , using a maximum permissible excitation current (I ex,max ) for the electrical machine , parameters (P) of the electrical machine and, from this, using a maximum permissible phase current (I dq,Limit ) and a maximum permissible total current (I dc,Limit ) for the motor operation and/or the generator operation, variables comprising a maximum possible q-current (I q,min , I q,max ) and a maximum possible d-current (I d,min , I d,max ), in each case for the motor operation and/or the generator operation, are determined iteratively, a maximum possible torque (M min , M max ) of the electrical machine for motor and/or generator operation being determined from the variables, and a determined value for the maximum possible torque for motor and/or generator operation being made available via an interface .
An apparatus comprising: (a) a surgical generator comprising an instrument receptacle and a display ; and (b) a surgical instrument comprising a generator connection, the generator connection adapted to be connected to the instrument receptacle; wherein the surgical generator is configured to, upon being connected to the surgical instrument, receive a set of usage data from a memory of the surgical instrument; wherein the surgical generator is configured to determine if the set of usage data indicates that the surgical instrument will become inoperable after being used for a present procedure; wherein the surgical generator is configured to receive a signal indicating that the surgical instrument is no longer in use; wherein the surgical generator is configured to, in response to a determination that the surgical instrument will become inoperable and the signal indicating that the surgical instrument is no longer in use, provide a notification that the device is inoperable for subsequent uses. (a) a surgical generator comprising an instrument receptacle and a display ; and (b) a surgical instrument comprising a generator connection, the generator connection adapted to be connected to the instrument receptacle; wherein the surgical generator is configured to, upon being connected to the surgical instrument, receive a set of usage data from a memory of the surgical instrument; wherein the surgical generator is configured to determine if the set of usage data indicates that the surgical instrument will become inoperable after being used for a present procedure; wherein the surgical generator is configured to receive a signal indicating that the surgical instrument is no longer in use; wherein the surgical generator is configured to, in response to a determination that the surgical instrument will become inoperable and the signal indicating that the surgical instrument is no longer in use, provide a notification that the device is inoperable for subsequent uses. wherein the surgical generator is configured to, upon being connected to the surgical instrument, receive a set of usage data from a memory of the surgical instrument; wherein the surgical generator is configured to determine if the set of usage data indicates that the surgical instrument will become inoperable after being used for a present procedure; wherein the surgical generator is configured to receive a signal indicating that the surgical instrument is no longer in use; wherein the surgical generator is configured to, in response to a determination that the surgical instrument will become inoperable and the signal indicating that the surgical instrument is no longer in use, provide a notification that the device is inoperable for subsequent uses.
A service data transmission method performed by an information control center, the method comprising: • obtaining first information from a service server providing service data to a user equipment, wherein the first information comprises application information, o wherein the application information comprises: × an application identifier of an application, the application being provided by the service server; • obtaining second information from user equipment, wherein the second information comprises status information of the user equipment; o wherein the status information comprises a type of an operating system of the user equipment; and controlling a transmission of the service data to the user equipment based on the first information and the second information. • obtaining first information from a service server providing service data to a user equipment, wherein the first information comprises application information, o wherein the application information comprises: × an application identifier of an application, the application being provided by the service server; o wherein the application information comprises: × an application identifier of an application, the application being provided by the service server; × an application identifier of an application, the application being provided by the service server; • obtaining second information from user equipment, wherein the second information comprises status information of the user equipment; o wherein the status information comprises a type of an operating system of the user equipment; and controlling a transmission of the service data to the user equipment based on the first information and the second information. o wherein the status information comprises a type of an operating system of the user equipment; and
Respiratory protection system, in particular blower respiratory protection system, with a blower device (14a; 14b) comprising a fan (48a; 48b) for a generation of an airflow (50a; 50b), at least one filter element (52a; 52b) that is configured to be flowed through by the airflow (50a; 50b) and a housing unit (58a; 58b) which accommodates the fan (48a; 48b) and the at least one filter element (52a; 52b), and with at least one mouth protection device and with a vest that is to be worn by a user and on the back of which the blower device (14a; 14b) is arranged, characterized in that the housing unit (58a; 58b) has a thickness (d) of less than 70 mm, wherein the fan (48a; 48b) is arranged at least partly beside the at least one filter element (52a; 52b), wherein the airflow (50a; 50b) is deflected between the fan (48a; 48b) and the filter element (52a; 52b), wherein a flow-through direction (r 1 ) of the airflow (50a; 50b) through the filter element (52a; 52b) is substantially different from a flow-through direction (r 2 ) of the airflow (50a; 50b) through the fan (48a; 48b), wherein the at least one filter element (52a; 52b) has a main extension plane (54a; 54b) and the fan (48a; 48b) has a main extension plane (56a; 56b), wherein at least a large portion of normal vectors of the main extension plane (54a; 54b) of the filter element (52a; 52b), which intersect with the filter element (52a; 52b), is free of an intersection point with the fan (48a; 48b). at least one mouth protection device and with a vest that is to be worn by a user and on the back of which the blower device (14a; 14b) is arranged, characterized in that the housing unit (58a; 58b) has a thickness (d) of less than 70 mm, wherein the fan (48a; 48b) is arranged at least partly beside the at least one filter element (52a; 52b), wherein the airflow (50a; 50b) is deflected between the fan (48a; 48b) and the filter element (52a; 52b), wherein a flow-through direction (r 1 ) of the airflow (50a; 50b) through the filter element (52a; 52b) is substantially different from a flow-through direction (r 2 ) of the airflow (50a; 50b) through the fan (48a; 48b), wherein the at least one filter element (52a; 52b) has a main extension plane (54a; 54b) and the fan (48a; 48b) has a main extension plane (56a; 56b), wherein at least a large portion of normal vectors of the main extension plane (54a; 54b) of the filter element (52a; 52b), which intersect with the filter element (52a; 52b), is free of an intersection point with the fan (48a; 48b).
A door comprising a door leaf which can be lifted, along a predetermined path, from a closed position in which it closes a wall opening into an open position in which it is located substantially overhead, wherein the door leaf has two, three or more door leaf elements arranged one on top of the other in the closed position and hinged together along articulation axes running roughly perpendicular to the predetermined path, wherein an edge of the door leaf that is lowermost in the closed position and trails during lifting can, at least when the door reaches the open position, be lifted separately in a direction of lifting with respect to a door leaf element arranged thereabove in the closed position and with respect to the predetermined path, by swivelling a lower door leaf element which has said edge , and wherein the door has a limiting device (220, 230, 240, 249; 260, 270) limiting the swivelling movement of the lower door leaf in the direction of lifting, at least along a section of the predetermined path, wherein the door is guided along the predetermined path by means of a guide rail arrangement of the door, wherein the door leaf is guided along the predetermined path by means of an interaction between the guide rail arrangement and guide elements arranged on the door leaf , and the door leaf element which can be lifted separately is connected to at least one guide element by means of a swivelling lever of a lever arrangement facilitating alteration of the distance between the at least one guide element arranged on this door leaf element and the door leaf element , wherein, when the open position is reached, the guide element is swivelled in a direction opposite to the direction of lifting relative to the lower door leaf element by swivelling the swivelling lever along a lever axis, characterised in that , when the door leaf reaches the open position, the limiting device has a fixed guide surface which interacts with a limiting element mounted on the lower edge of the lower door leaf element , wherein the fixed guide surface can be mounted on the wall with the wall opening and extends obliquely upwards in the upper area of the wall opening, in particular in the area of an arched guide rail section of the guide rail arrangement.
A method performed by a first component part of a base station, the first component part comprising one of a central unit and a radio unit, the base station further comprising a second component part, the second component part comprising the other of the central unit and the radio unit, the method comprising: - receiving a user data stream to be transmitted to the second component part, the user data stream comprising a plurality of data samples which have been received by the base station over the air interface - applying first and second scaling factors to the data samples to generate a scaled user data stream, wherein the first scaling factor is updated every first plurality of data samples, wherein the second scaling factor is updated every second plurality of data samples, and wherein the second plurality of data samples is less than the first plurality of data samples; - transmitting the scaled user data stream and an indication of the first and second scaling factors to the second component part, and - updating the first scaling factor based on a maximum value in a set of data samples in the user data stream, wherein the scaled user data stream is transmitted to the second component part over a fronthaul interface, and wherein the set of data samples comprises an input data set for a Fourier transform module or an output data set from a Fourier transform module. - receiving a user data stream to be transmitted to the second component part, the user data stream comprising a plurality of data samples which have been received by the base station over the air interface - applying first and second scaling factors to the data samples to generate a scaled user data stream, wherein the first scaling factor is updated every first plurality of data samples, wherein the second scaling factor is updated every second plurality of data samples, and wherein the second plurality of data samples is less than the first plurality of data samples; - transmitting the scaled user data stream and an indication of the first and second scaling factors to the second component part, and - updating the first scaling factor based on a maximum value in a set of data samples in the user data stream, wherein the scaled user data stream is transmitted to the second component part over a fronthaul interface, and wherein the set of data samples comprises an input data set for a Fourier transform module or an output data set from a Fourier transform module.
Transfer plate for loading a cargo space, which transfer plate is intended to be moved, together with a load of load units , into the cargo space , and out of the cargo space , while the load of the load units remain in the cargo space , and which transfer plate withstands both pushing and pulling, and which transfer plate includes a front tip end, an opposite end, and two sides extending between the ends along a length of the transfer plate , characterized in that the transfer plate includes a flexible slippery plastic that withstand sliding over the base of the cargo space , and the transfer plate includes positioning means for positioning the transfer plate relative to the cargo space , and the positioning means are fitted to the tip end of the transfer plate , which is arranged first to enter the cargo space , and the positioning means consist of spring elements attached to the two sides along the length of the transfer plate , and the spring elements consist of a convexly curved leaf spring , the convex portion of which is arranged to protrude from the rest of the leaf spring and from the sides of the transfer plate , and the leaf spring has two ends , one end floatingly attached to the transfer plate while the other end attached to the transfer plate .
A system for clamping and guiding a bundle of tattoo needles , characterised in that it comprises a hollow body configured to receive a section of the bundle of needles and to be nested into a defined position within a module of a tattoo tube and an arm which extends beyond a front side of the body to which it is fixed, the arm comprising a curved end provided with a notch configured to receive said section of the bundle of needles , said arm being configured so that the notch bears on said section .
Method for sprouting inhibition of daughter tubers of a poptato plant, comprising application of an aqueous extract from Dipsacus fullonum onto at least one mother tuber, obtaining of daughter tubers from the mother tuber.
An extraction structure for a UV light source, comprising: - a substrate at least partly transparent to UV light, the substrate having a first and a second side, the first side of the substrate arranged to face the UV light source and to receive UV light emitted by the UV light source; and - a plurality of nanostructures applied onto a top surface of at least one of the first and the second side of the substrate, the plurality of nanostructures configured to reduce an amount of UV light reflected by the substrate, wherein the substrate is formed from a first material and the plurality of nanostructures are formed from a second material, the first material being different from the second material, - wherein the plurality of nanostructures are at least partly separated from each other on at least one of the first and the second side of the substrate, and - wherein the width of the plurality of nanostructures is between 5 - 500 nm and the length of the nanostructures is between 5 - 1500 nm, characterized in that the plurality of nanostructures are at least partly transparent to the UV light and comprise at least one of CaF 2 , BaF 2 , SrF 2 , MgF 2 and SiO 2 nanostructures, and in that an average separation between the nanostructures is 1000 nm. - a substrate at least partly transparent to UV light, the substrate having a first and a second side, the first side of the substrate arranged to face the UV light source and to receive UV light emitted by the UV light source; and - a plurality of nanostructures applied onto a top surface of at least one of the first and the second side of the substrate, the plurality of nanostructures configured to reduce an amount of UV light reflected by the substrate, wherein the substrate is formed from a first material and the plurality of nanostructures are formed from a second material, the first material being different from the second material, - wherein the plurality of nanostructures are at least partly separated from each other on at least one of the first and the second side of the substrate, and - wherein the width of the plurality of nanostructures is between 5 - 500 nm and the length of the nanostructures is between 5 - 1500 nm,
A polymer bearing support for use in the resilient support of a rotor bearing of a vacuum pump in both radial and axial directions, the bearing support comprising an inner portion configured to be coupled to the bearing and an outer portion configured to be coupled to a housing of the vacuum pump, wherein the inner and outer portions are connected by at least one flexible member, wherein said at least one flexible member is an elongate, arcuate member substantially concentric with the inner annular portion and outer annular portion; wherein the flexible member is annular and joined by at least one first radial beam to the inner portion and at least one second radial beam to the outer portion. characterised in that : the polymer bearing support has an axial stiffness which is greater than the radial stiffness.