mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operation of a terminal device in a cellular communications network, the method comprising: in response to a request message from the terminal device to a network node receiving information from the network node of the cellular communications network that integrity protection is to be used for user plane data transferred between the network node and the terminal device, and a selected integrity algorithm; and deriving an integrity key and activating integrity protection for user plane data transferred between the terminal device and the network node of the cellular communications network , using the selected integrity algorithm. in response to a request message from the terminal device to a network node receiving information from the network node of the cellular communications network that integrity protection is to be used for user plane data transferred between the network node and the terminal device, and a selected integrity algorithm; and deriving an integrity key and activating integrity protection for user plane data transferred between the terminal device and the network node of the cellular communications network , using the selected integrity algorithm.
Magnetic resonance tomographic device for prostate examinations on a patient located therein, consisting of a coil for generating a strong homogeneous magnetic field in the direction of the longitudinal axis of the patient, at least one transmission coil for generating an electromagnetic alternating field, three gradient coils and suitable receiving coils , of which some are to be arranged below in the lower back region and/or on the rear and at least three are to be arranged above the patient, as well as data processing for image acquisition from the signals of the transmission and receiving coils, wherein a coil element is provided, which is divided into three triangularly arranged sub-coils and is set up in such a way that when two of the sub-coils are located parallel to one another on the lower abdominal region of the patient, a third, closed and centrally attached V-shaped receiving coil encloses the scrotum and the penis and rests against the patient's groins, with the scrotum and penis reaching through an opening in the receiving coil .
A tube for conveying humidified gases to a patient, the tube comprising: first and second heating wires traversing at least a portion of the length of the tube ; and a sensor wire in electrical communication with a temperature sensor , characterised by that the first and second heating wires and the sensor wire are arranged in close proximity within the tube and the first and second heating wires are spaced equal distance from the sensor wire. first and second heating wires traversing at least a portion of the length of the tube ; and a sensor wire in electrical communication with a temperature sensor , characterised by that the first and second heating wires and the sensor wire are arranged in close proximity within the tube and the first and second heating wires are spaced equal distance from the sensor wire.
An image processing apparatus comprising: difficulty calculation means for calculating a degree of detection difficulty indicating a degree of difficulty in detection of a target cell contained in a sample, on the basis of the evenness of the thickness of the sample, the staining degree of a nucleus contained in the sample, and/or a content percentage of white blood cells in a sample as a ratio of pixels whose color is lighter than a predetermined density in a captured image of the sample; and setting means for setting a detection parameter on a process of the detection of the target cell from the captured image of the sample, on the basis of the degree of detection difficulty, wherein the detection parameter includes information for defining a setting condition for setting determination target areas on which determination as to whether or not the captured image contains a target cell area is made. difficulty calculation means for calculating a degree of detection difficulty indicating a degree of difficulty in detection of a target cell contained in a sample, on the basis of the evenness of the thickness of the sample, the staining degree of a nucleus contained in the sample, and/or a content percentage of white blood cells in a sample as a ratio of pixels whose color is lighter than a predetermined density in a captured image of the sample; and setting means for setting a detection parameter on a process of the detection of the target cell from the captured image of the sample, on the basis of the degree of detection difficulty, wherein the detection parameter includes information for defining a setting condition for setting determination target areas on which determination as to whether or not the captured image contains a target cell area is made.
An IR-lighting frame for a touchscreen, which has, along its inner edge, a longitudinal opening and electroluminescent diodes that emit IR-rays, called IR diodes , and electroluminescent diodes that emit UVC-rays, called UVC diodes , wherein the IR diodes and the UVC diodes are arranged inside the frame and emit rays toward the opening, characterized in that the IR diodes are arranged shifted toward the opening relatively to the UVC diodes , the frame has a cowling surface between the IR diodes and the UVC diodes that covers said UVC diodes , and in that it comprises, at least on a side with UVC diodes , a longitudinal recess that receives the UVC diodes and that is closed in a plane parallel to the opening and that comprises a plurality of spaced windows with the UVC diodes in front of them.
An IP address assignment method, wherein the method comprises: receiving , by a converged control function apparatus, an IP address request message from a user equipment, UE; selecting, by the converged control function apparatus, a forwarding apparatus according to a default preferred session continuity of an IP address in subscription information, wherein the IP address request message does not carry a session continuity of an IP address preferred by the UE, wherein a session continuity of an IP address indicates whether the IP address is kept unchanged or not; assigning, by the converged control function apparatus, an IP address of the UE; delivering , by the converged control function apparatus, a forwarding rule to the selected forwarding apparatus, wherein the forwarding rule instructs the forwarding apparatus how to process an IP packet from the UE that is corresponding to the session continuity of the IP address; returning , by the converged control function apparatus, an IP address response message to the UE, wherein the IP address response message carries the IP address and the session continuity of the IP address; wherein the IP address and the session continuity of the IP address are used by an application on the UE for selection of an IP address corresponding to a session continuity requirement of the application on the UE to initiate a service, the session continuity requirement requires an IP address is kept unchanged or not. receiving , by a converged control function apparatus, an IP address request message from a user equipment, UE; selecting, by the converged control function apparatus, a forwarding apparatus according to a default preferred session continuity of an IP address in subscription information, wherein the IP address request message does not carry a session continuity of an IP address preferred by the UE, wherein a session continuity of an IP address indicates whether the IP address is kept unchanged or not; assigning, by the converged control function apparatus, an IP address of the UE; delivering , by the converged control function apparatus, a forwarding rule to the selected forwarding apparatus, wherein the forwarding rule instructs the forwarding apparatus how to process an IP packet from the UE that is corresponding to the session continuity of the IP address; returning , by the converged control function apparatus, an IP address response message to the UE, wherein the IP address response message carries the IP address and the session continuity of the IP address; wherein the IP address and the session continuity of the IP address are used by an application on the UE for selection of an IP address corresponding to a session continuity requirement of the application on the UE to initiate a service, the session continuity requirement requires an IP address is kept unchanged or not.
A gearbox for a road vehicle comprising: - a gearbox case , - a rigid first shaft , a rigid second shaft , and a rigid third shaft , - three or more first gear assemblies located inside the gearbox case , wherein each first gear assembly comprises: a first gear wheel centered on the first shaft , a second gear wheel centered on the second shaft , and a single wet clutch configured to engage and disengage the first gear assembly , - three or more second gear assemblies located inside the gearbox case , wherein each second gear assembly comprises: a third gear wheel centered on the second shaft , a fourth gear wheel centered on the third shaft , and a single wet clutch configured to engage and disengage the second gear assembly , characterized in that in each of the first gear assemblies , the wet-clutch is positioned either before or after the first gear wheel and the second gear wheel , and in each of the second gear assemblies , the wet-clutch is positioned either before or after the third gear wheel and the fourth gear wheel , and at least one first gear assembly has a gear ratio that is less than one and at least one second gear assembly has a gear ratio that is less than one. - a gearbox case , - a rigid first shaft , a rigid second shaft , and a rigid third shaft , - three or more first gear assemblies located inside the gearbox case , wherein each first gear assembly comprises: a first gear wheel centered on the first shaft , a second gear wheel centered on the second shaft , and a single wet clutch configured to engage and disengage the first gear assembly , a first gear wheel centered on the first shaft , a second gear wheel centered on the second shaft , and a single wet clutch configured to engage and disengage the first gear assembly , - three or more second gear assemblies located inside the gearbox case , wherein each second gear assembly comprises: a third gear wheel centered on the second shaft , a fourth gear wheel centered on the third shaft , and a single wet clutch configured to engage and disengage the second gear assembly , characterized in that in each of the first gear assemblies , the wet-clutch is positioned either before or after the first gear wheel and the second gear wheel , and in each of the second gear assemblies , the wet-clutch is positioned either before or after the third gear wheel and the fourth gear wheel , and at least one first gear assembly has a gear ratio that is less than one and at least one second gear assembly has a gear ratio that is less than one. a third gear wheel centered on the second shaft , a fourth gear wheel centered on the third shaft , and a single wet clutch configured to engage and disengage the second gear assembly , characterized in that in each of the first gear assemblies , the wet-clutch is positioned either before or after the first gear wheel and the second gear wheel , and in each of the second gear assemblies , the wet-clutch is positioned either before or after the third gear wheel and the fourth gear wheel , and at least one first gear assembly has a gear ratio that is less than one and at least one second gear assembly has a gear ratio that is less than one.
Method for generating a voice announcement as feedback to a handwritten user input , which a user enters on a control device (B), wherein - a list of possible whole words , which can be entered by the user input , is provided together with a corresponding phonetic transcription , - in the case of one or some or each of the whole words , which can be input, in each case: - a predetermined word end , which comprises one or more characters of the whole word , is removed from the end of said word once or repeatedly in accordance with a predetermined shortening rule and corresponding to this, a transcription end corresponding to the removed word end is determined by means of a predetermined assignment rule and is removed from the corresponding transcription of the whole word , as a result of which a part word and an associated part transcription are generated each time and the part word and the part transcription are added to the list . - a list of possible whole words , which can be entered by the user input , is provided together with a corresponding phonetic transcription , - in the case of one or some or each of the whole words , which can be input, in each case: - a predetermined word end , which comprises one or more characters of the whole word , is removed from the end of said word once or repeatedly in accordance with a predetermined shortening rule and corresponding to this, a transcription end corresponding to the removed word end is determined by means of a predetermined assignment rule and is removed from the corresponding transcription of the whole word , as a result of which a part word and an associated part transcription are generated each time and the part word and the part transcription are added to the list .
Bearing assembly for hydrostatic axial piston units of the swash plate type, comprising: - an inner race , an outer race , and a plurality of roller elements positioned between the inner race and the outer race ; - a pad attached to the inner race for forming an inner bearing shell ; and - a bed attached to the outer race for forming an outer bearing shell ; characterized in that the inner race and the outer race are made of metal, and in that the bearing assembly further comprises assembly tabs mounted in the way of a bracket on outwardly protruding flanges of the pad and the bed , holding together in radial direction the two shells (25 and 31), with a cage in between. - an inner race , an outer race , and a plurality of roller elements positioned between the inner race and the outer race ; - a pad attached to the inner race for forming an inner bearing shell ; and - a bed attached to the outer race for forming an outer bearing shell ;
A network node for wireless communication, comprising: a memory; and one or more processors coupled to the memory, the one or more processors configured to: receive an indication of a first set of parameters that corresponds to a direct communication link between an industrial internet-of-things, IIoT, device included in the network node and a first controller; receive an indication of a second set of parameters that corresponds to an indirect communication link between the IIoT device and the first controller through a second controller; schedule a communication on at least one of the direct communication link or the indirect communication link based at least in part on the first set of parameters and the second set of parameters; and transmit an indication of a resource allocation corresponding to the scheduled communication to at least one of the first controller or the second controller based at least in part on scheduling the communication on the at least one of the direct communication link or the indirect communication link. a memory; and one or more processors coupled to the memory, the one or more processors configured to: receive an indication of a first set of parameters that corresponds to a direct communication link between an industrial internet-of-things, IIoT, device included in the network node and a first controller; receive an indication of a second set of parameters that corresponds to an indirect communication link between the IIoT device and the first controller through a second controller; schedule a communication on at least one of the direct communication link or the indirect communication link based at least in part on the first set of parameters and the second set of parameters; and transmit an indication of a resource allocation corresponding to the scheduled communication to at least one of the first controller or the second controller based at least in part on scheduling the communication on the at least one of the direct communication link or the indirect communication link. receive an indication of a first set of parameters that corresponds to a direct communication link between an industrial internet-of-things, IIoT, device included in the network node and a first controller; receive an indication of a second set of parameters that corresponds to an indirect communication link between the IIoT device and the first controller through a second controller; schedule a communication on at least one of the direct communication link or the indirect communication link based at least in part on the first set of parameters and the second set of parameters; and transmit an indication of a resource allocation corresponding to the scheduled communication to at least one of the first controller or the second controller based at least in part on scheduling the communication on the at least one of the direct communication link or the indirect communication link.
Lubricant filter unit having a lubricant filter for filtering a lubricant, having the following features: at least one entry opening which is configured to allow the lubricant to enter an interior space of the lubricant filter ; and at least one exit opening which is configured to allow the lubricant to exit the interior space of the lubricant filter again; wherein the lubricant filter is configured to be rotated about an axis such that particles that are located in the lubricant are accelerated radially outwards; having a lubricant pump which is configured to convey the lubricant from a lubricant reservoir by way of at least one induction opening of the lubricant pump to a pressure side of the lubricant pump , wherein the at least one exit opening of the lubricant filter is coupled to the at least one induction opening of the lubricant pump ; wherein the lubricant filter and the lubricant pump are disposed in a housing ; wherein the housing in the direction of the rotation axis terminates so as to be flush with a lower edge of the lubricant filter that faces away from the lubricant pump ; and wherein the entry opening is disposed or incorporated in a base plate of the lubricant filter and is configured to be annular. at least one entry opening which is configured to allow the lubricant to enter an interior space of the lubricant filter ; and at least one exit opening which is configured to allow the lubricant to exit the interior space of the lubricant filter again; wherein the lubricant filter is configured to be rotated about an axis such that particles that are located in the lubricant are accelerated radially outwards; having a lubricant pump which is configured to convey the lubricant from a lubricant reservoir by way of at least one induction opening of the lubricant pump to a pressure side of the lubricant pump , wherein the at least one exit opening of the lubricant filter is coupled to the at least one induction opening of the lubricant pump ; wherein the lubricant filter and the lubricant pump are disposed in a housing ; wherein the housing in the direction of the rotation axis terminates so as to be flush with a lower edge of the lubricant filter that faces away from the lubricant pump ; and wherein the entry opening is disposed or incorporated in a base plate of the lubricant filter and is configured to be annular.
Use of a bar composition for enhancing lather when washing in water having water hardness greater than 25 °French Hardness, wherein said bar comprises: a) 30-90% by wt. bar composition alkali metal or alkanol ammonium salt fatty acid soap wherein: (i) ratio of C 10 chain length fatty acid soap to C 12 chain length fatty acid soap is about 0.5:1.0 to about 1.5:1.0, wherein capric and lauric acids are present in an amount of at least 3% by wt. of the bar composition; (ii) wherein C 14 chain length fatty acid is 0 to about 3.5% maximum by wt. of bar composition; (iii) wherein amount of unsaturated C 18 is about 25 to 35% by wt. of bar composition; and (iv) wherein amount of unsaturated C 18 fatty acid other than oleic is 0 to about 5% maximum by wt. of bar composition, b) about 0.1 to about 15% by wt. of bar composition polyol; c) about 0.1 to 25% by wt. mineral or organic particles; and d) about 10% to 30% by weight water. a) 30-90% by wt. bar composition alkali metal or alkanol ammonium salt fatty acid soap wherein: (i) ratio of C 10 chain length fatty acid soap to C 12 chain length fatty acid soap is about 0.5:1.0 to about 1.5:1.0, wherein capric and lauric acids are present in an amount of at least 3% by wt. of the bar composition; (ii) wherein C 14 chain length fatty acid is 0 to about 3.5% maximum by wt. of bar composition; (iii) wherein amount of unsaturated C 18 is about 25 to 35% by wt. of bar composition; and (iv) wherein amount of unsaturated C 18 fatty acid other than oleic is 0 to about 5% maximum by wt. of bar composition, (i) ratio of C 10 chain length fatty acid soap to C 12 chain length fatty acid soap is about 0.5:1.0 to about 1.5:1.0, wherein capric and lauric acids are present in an amount of at least 3% by wt. of the bar composition; (ii) wherein C 14 chain length fatty acid is 0 to about 3.5% maximum by wt. of bar composition; (iii) wherein amount of unsaturated C 18 is about 25 to 35% by wt. of bar composition; and (iv) wherein amount of unsaturated C 18 fatty acid other than oleic is 0 to about 5% maximum by wt. of bar composition, b) about 0.1 to about 15% by wt. of bar composition polyol; c) about 0.1 to 25% by wt. mineral or organic particles; and d) about 10% to 30% by weight water.
A method for selecting a steel material for a rolling component to be used in an environment in which hydrogen enters steel, the method comprising: determining a maximum contact surface pressure Pmax acting on a rolling surface of the rolling component, the maximum contact surface pressure (Pmax) being determined on the basis of the use of the rolling component; and using, as a material for the rolling component, a material whose non-metallic inclusion has a radius not greater than a radius d determined by the following formula and not less than 1.0 μm, so that the rolling component is not fractured due to rolling fatigue even if the rolling component is used in the hydrogen entry environment, d = 64729 Pmax / 4 − 1.441 determining a maximum contact surface pressure Pmax acting on a rolling surface of the rolling component, the maximum contact surface pressure (Pmax) being determined on the basis of the use of the rolling component; and using, as a material for the rolling component, a material whose non-metallic inclusion has a radius not greater than a radius d determined by the following formula and not less than 1.0 μm, so that the rolling component is not fractured due to rolling fatigue even if the rolling component is used in the hydrogen entry environment, d = 64729 Pmax / 4 − 1.441