mhurhangee/patent-ind-claim-en huggingface dataset:
A method, performed by a first node (110; 210; 212; 310) of an Internet Protocol, IP, network (100; 201; 201-202; 300), for determining an indication of a maximum datagram size supported without fragmentation in communication between the first node (110; 210; 212; 310) and a second node (111; 211; 210; 220) of said IP network (100; 201; 201-202; 300), wherein the method comprises: - sending (301; 901), to the second node (111; 211; 210; 220), request messages in varying sized IP packets using an application layer protocol over User Datagram Protocol, UDP, and which IP packets are configured not to be fragmented by the IP network (100; 201; 201-202; 300), wherein the varying sized IP packets are consecutively larger or smaller in size caused by sizing of arguments to the request messages carried by said IP packets, - receiving (302; 902) , from the second node (111; 211; 210; 220), in response to the sent request messages, one or more response messages, respectively, each response message indicating that a datagram of a request message that the response message is in response to, was received by the second node (111; 211; 210; 220), - identifying (303; 903) a request message of said varying sized IP packets for which there is a change in receipt of response message compared to another request message of said varying sized IP packets, and - determining (304; 904) , based on said identification, an indication of a maximum datagram size supported without fragmentation for application layer data communication over UDP between the first node (110; 210; 212; 310) and the second node (111; 211; 210; 220). - sending (301; 901), to the second node (111; 211; 210; 220), request messages in varying sized IP packets using an application layer protocol over User Datagram Protocol, UDP, and which IP packets are configured not to be fragmented by the IP network (100; 201; 201-202; 300), wherein the varying sized IP packets are consecutively larger or smaller in size caused by sizing of arguments to the request messages carried by said IP packets, - receiving (302; 902) , from the second node (111; 211; 210; 220), in response to the sent request messages, one or more response messages, respectively, each response message indicating that a datagram of a request message that the response message is in response to, was received by the second node (111; 211; 210; 220), - identifying (303; 903) a request message of said varying sized IP packets for which there is a change in receipt of response message compared to another request message of said varying sized IP packets, and - determining (304; 904) , based on said identification, an indication of a maximum datagram size supported without fragmentation for application layer data communication over UDP between the first node (110; 210; 212; 310) and the second node (111; 211; 210; 220).
Scales which operate according to the principle of electrodynamic force compensation to determine a force (F m , F u ) acting on the scales and for this purpose have a carrying coil (L) and a magnet (G) which interact with one another and can move relative to one another in a relative movement, wherein a carrying coil current (I L ) can be supplied to the carrying coil (L) from an output stage (E) as a compensation current in order to compensate for the force (F m , F u ) by electrodynamic interaction between the coil (L) and magnet (G) and to be able to evaluate the coil current (I L ) to determine the force (F m , F u ), a) wherein the scales comprise a resistor arrangement (W) which forms an electrical load resistance (Rw) for a carrying coil circuit fed by the output stage (E), and wherein the resistor arrangement (W) comprises the carrying coil (L) with its electrical resistance (R L ) and at least one measuring resistor (W 1 ) with its electrical resistance (R W1 ), b) and wherein the scales are designed to determine a measurement value associated with the relevant force (F m ) in a measuring mode (m) for forces (F m ) within a predetermined load range from a measuring resistor voltage (U W1 ) dropping across the measuring resistor (W 1 ), characterized in that c) in order to minimize the relative movement, the scales are designed to switch from the measuring mode (m) to an overload mode (u) in the event of overload forces (F u ) which exceed or fall below the specified load range (overload) in order to detect the overload force (F u ), in that the electrical load resistance (Rw) is reduced in case of overload (load resistance reduction) and the output stage (E) supplies the carrying coil (L) with an overload coil current (I Lu ) compensating for the overload force (F u ). a) wherein the scales comprise a resistor arrangement (W) which forms an electrical load resistance (Rw) for a carrying coil circuit fed by the output stage (E), and wherein the resistor arrangement (W) comprises the carrying coil (L) with its electrical resistance (R L ) and at least one measuring resistor (W 1 ) with its electrical resistance (R W1 ), b) and wherein the scales are designed to determine a measurement value associated with the relevant force (F m ) in a measuring mode (m) for forces (F m ) within a predetermined load range from a measuring resistor voltage (U W1 ) dropping across the measuring resistor (W 1 ), characterized in that c) in order to minimize the relative movement, the scales are designed to switch from the measuring mode (m) to an overload mode (u) in the event of overload forces (F u ) which exceed or fall below the specified load range (overload) in order to detect the overload force (F u ), in that the electrical load resistance (Rw) is reduced in case of overload (load resistance reduction) and the output stage (E) supplies the carrying coil (L) with an overload coil current (I Lu ) compensating for the overload force (F u ).
A unit having a container module (M), wherein the container module (M) comprises at least one coffee bean container and a portioning device for metering coffee beans, wherein the container module (M) as a whole is configured for connection to a coffee apparatus, wherein said connection makes possible a metered delivery of coffee beans from the container module (M) into a grinder of the coffee apparatus and wherein the coffee bean container is tightly closed prior to the first use and, after an opening operation, has an opening through which coffee beans enter into the portioning device , and wherein, during intended use of the container module (M) with a coffee apparatus, the coffee bean container is arranged over the portioning device , characterized in that the coffee bean container is coupled with the portioning device in a releasable and reconnectable manner, in that a coupling element is arranged around the opening, said element being used for connection to the portioning device , and in that the opening can be closed again when the coffee bean container is separated from the portioning device .
A hearing device , configured to be attached to or inserted into an ear of a user, when the hearing device is in normal use, the hearing device comprising a battery arrangement , comprising a case for an accumulator , wherein the case comprises a case bottom and a case top configured as a lid for the case bottom , wherein a main chamber is defined within the case for receiving the accumulator , wherein a pre-chamber is defined within the case adjacent the main chamber , wherein a wiring or printed circuit board is electrically connected to the accumulator and led through the pre-chamber out of the case , wherein the pre-chamber is filled with a filling material .
A method for diagnosing prostate cancer in a test subject using circulating tumor cells (CTCs), comprising: a) identifying CTCs from a blood sample taken from the test subject wherein the identified CTCs are not separated or enriched from the other components in the blood sample; b) contacting the CTCs with an antibody that specifically binds to STEAP1, an antibody that specifically binds to CD45, and an antibody that specifically binds to cytokeratin; c) staining the CTCs with DAPI; and d) detecting the DAPI stain and bound antibodies wherein the anti-STEAP1 bound antibody is detected with a tyramide signal amplification (TSA) protocol to enhance signal; and wherein the presence of CTCs that express cytokeratin and the prostate-specific marker STEAP1 and exhibit DAPI staining without CD45 expression is predictive of the test subject having prostate cancer. a) identifying CTCs from a blood sample taken from the test subject wherein the identified CTCs are not separated or enriched from the other components in the blood sample; b) contacting the CTCs with an antibody that specifically binds to STEAP1, an antibody that specifically binds to CD45, and an antibody that specifically binds to cytokeratin; c) staining the CTCs with DAPI; and d) detecting the DAPI stain and bound antibodies wherein the anti-STEAP1 bound antibody is detected with a tyramide signal amplification (TSA) protocol to enhance signal; and wherein the presence of CTCs that express cytokeratin and the prostate-specific marker STEAP1 and exhibit DAPI staining without CD45 expression is predictive of the test subject having prostate cancer. wherein the anti-STEAP1 bound antibody is detected with a tyramide signal amplification (TSA) protocol to enhance signal; and wherein the presence of CTCs that express cytokeratin and the prostate-specific marker STEAP1 and exhibit DAPI staining without CD45 expression is predictive of the test subject having prostate cancer.
A hose clamp having a clamp band , a clamping device and a positioning arrangement with at least one positioner which has a base and a claw which is pressable into a hose wall, wherein a spring arrangement having an inner band and a corrugated spring is arranged on a radial inner side of the clamp band , wherein the corrugated spring comprises two wave crests and the corrugated spring is fixed to the inner band at least centrally between the wave crests, characterized in that the positioner is arranged on the inner band in the region of a wave crest of the spring arrangement .
Apparatus comprising: a household appliance having at least one predetermined first hinge mount ; a cabinet door assembly for the connection to the household appliance , the cabinet door assembly comprising: a cabinet door having at least one predetermined second hinge mount ; characterized in that the cabinet door assembly further comprises a brace having a first attachment point secured to the cabinet door at a first location other than the second hinge mount , a second attachment secured to the cabinet door at the second hinge mount , and a rail ; and a hinge having a first hinge plate slidably secured to the rail and a second hinge plate for securing to the first hinge mount . a household appliance having at least one predetermined first hinge mount ; a cabinet door assembly for the connection to the household appliance , the cabinet door assembly comprising: a cabinet door having at least one predetermined second hinge mount ; characterized in that the cabinet door assembly further comprises a brace having a first attachment point secured to the cabinet door at a first location other than the second hinge mount , a second attachment secured to the cabinet door at the second hinge mount , and a rail ; and a hinge having a first hinge plate slidably secured to the rail and a second hinge plate for securing to the first hinge mount . a cabinet door having at least one predetermined second hinge mount ; characterized in that the cabinet door assembly further comprises a brace having a first attachment point secured to the cabinet door at a first location other than the second hinge mount , a second attachment secured to the cabinet door at the second hinge mount , and a rail ; and a hinge having a first hinge plate slidably secured to the rail and a second hinge plate for securing to the first hinge mount . a brace having a first attachment point secured to the cabinet door at a first location other than the second hinge mount , a second attachment secured to the cabinet door at the second hinge mount , and a rail ; and a hinge having a first hinge plate slidably secured to the rail and a second hinge plate for securing to the first hinge mount .
A steering assembly of a medical device , the steering assembly comprising: a handle having a recess ; first and second wire guides disposed within the recess , wherein at least one of the first or second wire guides is keyed to the recess to prevent rotation of the first or second wire guide within the recess ; and first and second wire segments configured to steer a sheath coupled to the steering assembly in first and second directions; wherein the first wire segment passes through a first gap between the first wire guide and the second wire guide , and the second wire segment passes through a second gap between the first wire guide and the second wire guide , and wherein neither of the first nor the second gap occupy any overlapping space. a handle having a recess ; first and second wire guides disposed within the recess , wherein at least one of the first or second wire guides is keyed to the recess to prevent rotation of the first or second wire guide within the recess ; and first and second wire segments configured to steer a sheath coupled to the steering assembly in first and second directions; wherein the first wire segment passes through a first gap between the first wire guide and the second wire guide , and the second wire segment passes through a second gap between the first wire guide and the second wire guide , and wherein neither of the first nor the second gap occupy any overlapping space.
A method for providing network access to a plurality of user entities through an access point, said access point comprising a Local Area Network, LAN, interface and a broadband network interface, said access point being adapted to establish a respective first secure communication link with each user entity from among said plurality of user entities via said LAN interface, the method comprising the following steps at a gateway device : - establishing a second secure communication link with said access point via said broadband network interface, said first and second secure communication links having different encryption protocols, wherein said second secure communication link conveys data of multiple user entity sessions and wherein said second secure communication link is terminated at said access point; - receiving an IP address allocation request from one of said plurality of user entities via said second secure communication link; - accessing a Authentication, Authorization, and Accounting, AAA, server to verify whether a successful authentication of said one of said plurality of user entities on the basis of data related to a mobile subscription associated with said one of said plurality of user entities has already taken place; and - upon successful verification, completing an IP address allocation scheme with said one of said plurality of user entities and enabling relaying of data between said one of said plurality of user entities and a Packet Data Network, PDN; wherein said gateway device is adapted to aggregate a plurality of instances of second secure communication links from different access points towards said PDN. - establishing a second secure communication link with said access point via said broadband network interface, said first and second secure communication links having different encryption protocols, wherein said second secure communication link conveys data of multiple user entity sessions and wherein said second secure communication link is terminated at said access point; - receiving an IP address allocation request from one of said plurality of user entities via said second secure communication link; - accessing a Authentication, Authorization, and Accounting, AAA, server to verify whether a successful authentication of said one of said plurality of user entities on the basis of data related to a mobile subscription associated with said one of said plurality of user entities has already taken place; and - upon successful verification, completing an IP address allocation scheme with said one of said plurality of user entities and enabling relaying of data between said one of said plurality of user entities and a Packet Data Network, PDN;
A method to preserve chip kill functionality comprising: transferring data stored in volatile memory to non-volatile memory , wherein the volatile memory comprises multiple volatile memory devices arranged in multiple data lanes, the respective data lanes comprising a respective data path and respective associated volatile memory circuits ; wherein each data lane extends across multiple volatile memory devices ; and wherein the multiple data lanes comprise multiple data lanes in which data is written in the memory circuits , and a ECC data lane in which ECC information is written in the memory circuits ; writing selected lower data bits from a first data lane associated with a first volatile memory device to a first page of the non-volatile memory ; writing selected upper data bits from a second data lane associated with a second volatile memory device to a second page of the non-volatile memory ; and writing ECC information from the ECC data lane to a third page of the non-volatile memory ; and wherein the data of a failed volatile memory device in an individual data lane, as stored in a respective page of the non-volatile memory can be reconstructed through use of the ECC information stored in the third page of the non-volatile memory . transferring data stored in volatile memory to non-volatile memory , wherein the volatile memory comprises multiple volatile memory devices arranged in multiple data lanes, the respective data lanes comprising a respective data path and respective associated volatile memory circuits ; wherein each data lane extends across multiple volatile memory devices ; and wherein the multiple data lanes comprise multiple data lanes in which data is written in the memory circuits , and a ECC data lane in which ECC information is written in the memory circuits ; writing selected lower data bits from a first data lane associated with a first volatile memory device to a first page of the non-volatile memory ; writing selected upper data bits from a second data lane associated with a second volatile memory device to a second page of the non-volatile memory ; and writing ECC information from the ECC data lane to a third page of the non-volatile memory ; and wherein the data of a failed volatile memory device in an individual data lane, as stored in a respective page of the non-volatile memory can be reconstructed through use of the ECC information stored in the third page of the non-volatile memory .
A method performed by a communication device for handling communication in a communication network comprising at least a first wireless communication network and a second wireless communication network , which communication device is served by a radio network node in the second wireless communication network ; the method comprising - signaling, via the radio network node and transparently through the second wireless communication network , to a first network node of the first wireless communication network , a preparation signaling for preparing the first network node with a pre-configuration for serving the communication device , wherein the pre-configuration is a context prepared for the communication device , wherein the preparation signaling comprises pre-authenticating the communication device to the first wireless communication network , wherein the preparation signaling comprises receiving, from the first network node , a preparation indication referencing the pre-configuration, wherein referencing the pre-configuration comprises pointing to the prepared context, which preparation indication is received in response to request sent to the first network node , wherein the preparation indication comprises a pre-authentication identifier, and, - when deciding to leave the second wireless communications network and moving to the first wireless communications network , initiating an access process to the first wireless communication network , which access process comprises a signaling procedure referencing the prepared preconfiguration for serving the communication device , wherein the signaling procedure comprises providing the preparation indication comprising the pre-authentication identifier to the first communications network . - signaling, via the radio network node and transparently through the second wireless communication network , to a first network node of the first wireless communication network , a preparation signaling for preparing the first network node with a pre-configuration for serving the communication device , wherein the pre-configuration is a context prepared for the communication device , wherein the preparation signaling comprises pre-authenticating the communication device to the first wireless communication network , wherein the preparation signaling comprises receiving, from the first network node , a preparation indication referencing the pre-configuration, wherein referencing the pre-configuration comprises pointing to the prepared context, which preparation indication is received in response to request sent to the first network node , wherein the preparation indication comprises a pre-authentication identifier, and, - when deciding to leave the second wireless communications network and moving to the first wireless communications network , initiating an access process to the first wireless communication network , which access process comprises a signaling procedure referencing the prepared preconfiguration for serving the communication device , wherein the signaling procedure comprises providing the preparation indication comprising the pre-authentication identifier to the first communications network .
A magnetic flow transducer for use in a magnetic inductive flow meter having a flow tube including a measuring channel , the magnetic flow transducer comprising: a first electrode and a second electrode positioned on opposite sides of the measuring channel; a first magnetic pole piece and a second magnetic pole piece positioned on opposite sides of the measuring channel and orthogonal to the first and second electrodes, wherein each of the first and second magnetic pole pieces includes a generally rectangular surface element having a first end and a second end ; and an electromagnet coupled to the first and second magnetic pole pieces and configured to generate an alternating magnetic field through the measuring channel; characterised by : a first tab portion extending from the first end of the surface element of each of the first and second magnetic pole pieces and positioned to overlap the first electrode ; and a second tab portion extending from the second end of the surface element of each of the first and second magnetic pole pieces and positioned to overlap the second electrode . a first electrode and a second electrode positioned on opposite sides of the measuring channel; a first magnetic pole piece and a second magnetic pole piece positioned on opposite sides of the measuring channel and orthogonal to the first and second electrodes, wherein each of the first and second magnetic pole pieces includes a generally rectangular surface element having a first end and a second end ; and an electromagnet coupled to the first and second magnetic pole pieces and configured to generate an alternating magnetic field through the measuring channel; a first tab portion extending from the first end of the surface element of each of the first and second magnetic pole pieces and positioned to overlap the first electrode ; and a second tab portion extending from the second end of the surface element of each of the first and second magnetic pole pieces and positioned to overlap the second electrode .