mhurhangee/patent-ind-claim-en huggingface dataset:
An intermediary server for intermediating transfer of an asset between a supplier of the asset and a user of the asset, by requesting a change of an owner of the asset to a blockchain network, the server comprising: reception means configured to receive asset information on the asset, from the blockchain network; and transmission means, characterised in that : when particular asset information indicating a particular asset produced by a particular type of production method is not included in the asset information received by the reception means, such that the intermediary server is not able to change the owner of the particular asset from the previous owner to the user, the transmission means is configured to transmit a first change request to another intermediary server capable of requesting a change of the owner of the particular asset to the blockchain network, the first change request requesting to change the owner of an asset produced by a same production method type as the particular production method type, from another intermediary agent managing the other intermediary server, to an intermediary agent managing the intermediary server. reception means configured to receive asset information on the asset, from the blockchain network; and transmission means, characterised in that : when particular asset information indicating a particular asset produced by a particular type of production method is not included in the asset information received by the reception means, such that the intermediary server is not able to change the owner of the particular asset from the previous owner to the user, the transmission means is configured to transmit a first change request to another intermediary server capable of requesting a change of the owner of the particular asset to the blockchain network, the first change request requesting to change the owner of an asset produced by a same production method type as the particular production method type, from another intermediary agent managing the other intermediary server, to an intermediary agent managing the intermediary server. when particular asset information indicating a particular asset produced by a particular type of production method is not included in the asset information received by the reception means, such that the intermediary server is not able to change the owner of the particular asset from the previous owner to the user, the transmission means is configured to transmit a first change request to another intermediary server capable of requesting a change of the owner of the particular asset to the blockchain network, the first change request requesting to change the owner of an asset produced by a same production method type as the particular production method type, from another intermediary agent managing the other intermediary server, to an intermediary agent managing the intermediary server.
A method performed by a wireless device in a first core network, comprising: - sending a message via a first radio access node to a control plane entity in the first core network, the message indicating the wireless device supports Single radio voice call continuity, SRVCC, from a second core network to a third core network; - receiving, from the first radio access node or from the first core network, an instruction to connect to a neighboring radio access node for connecting to the second core network; and - connecting to the second core network via the neighboring radio access node , wherein receiving the instruction comprises receiving a handover command, a handover order, a release with redirect or a registration reject message, and wherein the first core network is a 5th generation core network, 5GCN, and the second core network is an evolved packet core, EPC, and the third core network is a circuit switched core network. - sending a message via a first radio access node to a control plane entity in the first core network, the message indicating the wireless device supports Single radio voice call continuity, SRVCC, from a second core network to a third core network; - receiving, from the first radio access node or from the first core network, an instruction to connect to a neighboring radio access node for connecting to the second core network; and - connecting to the second core network via the neighboring radio access node , wherein receiving the instruction comprises receiving a handover command, a handover order, a release with redirect or a registration reject message, and wherein the first core network is a 5th generation core network, 5GCN, and the second core network is an evolved packet core, EPC, and the third core network is a circuit switched core network. wherein receiving the instruction comprises receiving a handover command, a handover order, a release with redirect or a registration reject message, and wherein the first core network is a 5th generation core network, 5GCN, and the second core network is an evolved packet core, EPC, and the third core network is a circuit switched core network.
Cartridge for separation of a fluid mixture, preferably a gas mixture, comprising a membrane element having: - hollow-fibre or flat-sheet membranes having a front end ME1 and a rear end ME2 on the opposite side, - a front closure V1 at ME1 - a rear closure V2 at ME2 - a barrier which is impermeable to the fluid mixture to be separated and is arranged around the membranes in the region between V1 and V2 , and - a sealing element , characterized in that - the sealing element is a separate, independent element of the cartridge which connects the cartridge , after installation into a module housing , in a fluid-tight manner to the inner surface of the module housing and consists of at least two parts, of which • one part is a seal , preferably a sealing ring or a wiper, which, after installation of the cartridge into a module housing of a fluid separation module , tightly adjoins the inner wall of the module housing , and • a further part is a carrier element which bears the seal and which is reversibly attached to the front or back closure V1 or V2 of the membrane element . - hollow-fibre or flat-sheet membranes having a front end ME1 and a rear end ME2 on the opposite side, - a front closure V1 at ME1 - a rear closure V2 at ME2 - a barrier which is impermeable to the fluid mixture to be separated and is arranged around the membranes in the region between V1 and V2 , - a sealing element , - the sealing element is a separate, independent element of the cartridge which connects the cartridge , after installation into a module housing , in a fluid-tight manner to the inner surface of the module housing and consists of at least two parts, of which • one part is a seal , preferably a sealing ring or a wiper, which, after installation of the cartridge into a module housing of a fluid separation module , tightly adjoins the inner wall of the module housing , and • a further part is a carrier element which bears the seal and which is reversibly attached to the front or back closure V1 or V2 of the membrane element . • one part is a seal , preferably a sealing ring or a wiper, which, after installation of the cartridge into a module housing of a fluid separation module , tightly adjoins the inner wall of the module housing , and • a further part is a carrier element which bears the seal and which is reversibly attached to the front or back closure V1 or V2 of the membrane element .
A nephelometric turbidimeter vial arrangement including a vial and a separate vial cap , wherein the vial comprises a transparent cylindrical vial body enclosing a vial interior , a bottom inlet window and a circular top vial opening , the vial cap closes the top vial opening and comprises a light trap cavity which is open to the vial interior , the inner surface of the light trap cavity is a light absorbing surface, and the light trap cavity is provided with a convex cone at an axial end of the light trap cavity .
A connecting element for a damping system for mounting a cab , in particular of an agricultural vehicle, having a mounting element with a fitting region for receiving a first damping means which can be connected to the cab in order to damp a movement of the cab with respect to a vehicle frame , and a support element on the vehicle side, on which the mounting element is disposed when in the fitted condition, wherein the mounting element has a first fastening region and a second fastening region which are connected to the support element when in the fitted condition, characterized in that the first fastening region and the second fastening region are disposed and constructed in a manner such that they face in opposite directions, in particular in the vertical direction (V), so that the first fastening region , the second fastening region and/or the fitting region of the mounting element are disposed offset with respect to each other substantially in the horizontal direction (H), wherein the first fastening region is disposed below the second fastening region in the vertical direction.
A method for controlling a display of an electronic device , comprising: detecting a first input through the display ; and dividing a screen area of the display into at least a main screen area , a left-edge area , and a right-edge area based on the first input, wherein one of the left-edge area and the right-edge area is designated as the active area based on touch detection values detected in the left-edge area and the right-edge area ; wherein the touch detection values of the left-edge area and right-edge area are compared to determine whether a palm-shaped touch is detected in the left-edge area or the right-edge area, and if a palm-shaped touch is detected, the edge area in which the palm-shaped touch is detected is designated as the active area, and wherein the touch detection values of the left-edge area and the right-edge area are detected with a temporarily increased sensitivity compared to touch detection values in the main screen area . detecting a first input through the display ; and dividing a screen area of the display into at least a main screen area , a left-edge area , and a right-edge area based on the first input, wherein one of the left-edge area and the right-edge area is designated as the active area based on touch detection values detected in the left-edge area and the right-edge area ; wherein the touch detection values of the left-edge area and right-edge area are compared to determine whether a palm-shaped touch is detected in the left-edge area or the right-edge area, and if a palm-shaped touch is detected, the edge area in which the palm-shaped touch is detected is designated as the active area, and wherein the touch detection values of the left-edge area and the right-edge area are detected with a temporarily increased sensitivity compared to touch detection values in the main screen area .
An ink set, comprising: a colored ink including an organic solvent A1, a polymer C1 that does not have a polymerizable group, and a colorant, the colored ink including the organic solvent A1 at a content of 30% by mass or more with respect to the total amount of the colored ink; and a clear ink including an organic solvent A2 and a bifunctional or higher-functional (meth)acrylate compound X2 having a weight average molecular weight of 1,000 to 30,000, the clear ink including the organic solvent A2 at a content of 30% by mass or more with respect to the total amount of the clear ink and including the (meth)acrylate compound X2 at a content of 5% by mass or more with respect to the total amount of the clear ink, wherein the solubility at 25°C of the polymer C1 in the organic solvent A2 is 10% by mass or higher, and wherein the colored ink further includes a bifunctional or higher-functional (meth)acrylate compound X1 having a weight average molecular weight of 1,000 to 30,000. a colored ink including an organic solvent A1, a polymer C1 that does not have a polymerizable group, and a colorant, the colored ink including the organic solvent A1 at a content of 30% by mass or more with respect to the total amount of the colored ink; and a clear ink including an organic solvent A2 and a bifunctional or higher-functional (meth)acrylate compound X2 having a weight average molecular weight of 1,000 to 30,000, the clear ink including the organic solvent A2 at a content of 30% by mass or more with respect to the total amount of the clear ink and including the (meth)acrylate compound X2 at a content of 5% by mass or more with respect to the total amount of the clear ink, wherein the solubility at 25°C of the polymer C1 in the organic solvent A2 is 10% by mass or higher, and wherein the colored ink further includes a bifunctional or higher-functional (meth)acrylate compound X1 having a weight average molecular weight of 1,000 to 30,000.
Explosion-proof assembly having a bushing part 24 that comprises at least one bushing opening having a bushing surface , having at least one connecting body that comprises at least one conductor channel extending through the connecting body in a longitudinal direction (L), having a conductor device , which extends through the at least one conductor channel and comprises at least one electrical and/or at least one optical conductor that is surrounded by a sheathing , at least along the conductor channel , wherein the connecting body is made of a plastically deformable material and presses inwardly onto the at least one conductor as a result of plastic deformation of a connecting portion and is thereby connected in a force-fit manner with the at least one conductor of the conductor device , characterized in that the connecting portion abuts directly and without flame gap against the sheathing of the at least one conductor , that on the plastically deformed connecting portion a first delimiting surface is formed that forms a flame-proof Ex-gap together with a second delimiting surface formed by the bushing surface , that the bushing part comprises multiple bushing openings and that at least in one of the present bushing openings one connecting body is arranged respectively under formation of an Ex-gap and that the other bushing openings , inside which no connecting body is present are closed by means of a closure means . having a bushing part 24 that comprises at least one bushing opening having a bushing surface , having at least one connecting body that comprises at least one conductor channel extending through the connecting body in a longitudinal direction (L), having a conductor device , which extends through the at least one conductor channel and comprises at least one electrical and/or at least one optical conductor that is surrounded by a sheathing , at least along the conductor channel , wherein the connecting body is made of a plastically deformable material and presses inwardly onto the at least one conductor as a result of plastic deformation of a connecting portion and is thereby connected in a force-fit manner with the at least one conductor of the conductor device , characterized in that the connecting portion abuts directly and without flame gap against the sheathing of the at least one conductor , that on the plastically deformed connecting portion a first delimiting surface is formed that forms a flame-proof Ex-gap together with a second delimiting surface formed by the bushing surface , that the bushing part comprises multiple bushing openings and that at least in one of the present bushing openings one connecting body is arranged respectively under formation of an Ex-gap and that the other bushing openings , inside which no connecting body is present are closed by means of a closure means .
A composition for cell transplant, comprising cells and an aqueous solution containing a protein (A), the cells including a cardiac myocyte and/or a cardiac progenitor, the cells being derived from a stem cell, the protein (A) having a degree of hydrophobicity of 0.2 to 1.2, the protein (A) containing a polypeptide chain (Y) and/or a polypeptide chain (Y'), the protein (A) containing 1 to 100 polypeptide chains as a total of the polypeptide chain (Y) and the polypeptide chain (Y'), the polypeptide chain (Y) being a polypeptide chain having 2 to 100 continuous amino acid sequences (X), the amino acid sequence (X) having any one of a VPGVG sequence corresponding to an amino acid sequence of SEQ ID NO: 1, a GVGVP sequence corresponding to an amino acid sequence of SEQ ID NO: 2, a GPP sequence, a GAP sequence, and a GAHGPAGPK sequence corresponding to an amino acid sequence of SEQ ID NO: 3, the polypeptide chain (Y') being a polypeptide chain having a structure in which 0.1 to 5% amino acid residues in the polypeptide chain (Y) are replaced by a lysine residue and/or an arginine residue and including 1 to 100 residues as a total of the lysine residue and the arginine residue. the cells including a cardiac myocyte and/or a cardiac progenitor, the cells being derived from a stem cell, the protein (A) having a degree of hydrophobicity of 0.2 to 1.2, the protein (A) containing a polypeptide chain (Y) and/or a polypeptide chain (Y'), the protein (A) containing 1 to 100 polypeptide chains as a total of the polypeptide chain (Y) and the polypeptide chain (Y'), the polypeptide chain (Y) being a polypeptide chain having 2 to 100 continuous amino acid sequences (X), the amino acid sequence (X) having any one of a VPGVG sequence corresponding to an amino acid sequence of SEQ ID NO: 1, a GVGVP sequence corresponding to an amino acid sequence of SEQ ID NO: 2, a GPP sequence, a GAP sequence, and a GAHGPAGPK sequence corresponding to an amino acid sequence of SEQ ID NO: 3, the polypeptide chain (Y') being a polypeptide chain having a structure in which 0.1 to 5% amino acid residues in the polypeptide chain (Y) are replaced by a lysine residue and/or an arginine residue and including 1 to 100 residues as a total of the lysine residue and the arginine residue.
A computer-implemented method for performing vehicle spot dispatch, comprising: receiving a plurality of user commands each including a respective instruction to locate an available parking space; enqueueing each of the user commands in a parking space request queue; analyzing an image of a parking area using two or more machine learning models to identify one or more available parking spaces; wherein at least one of the two or more machine learning models is a vehicle object detection machine learning model that outputs a vehicle type flag denoting a vehicle type, and wherein at least one of the two or more machine learning models is a spot detection machine learning model that identifies a list of electric vehicle parking spaces; and for each of the one or more identified available parking spaces: dequeueing a user command from the parking space request queue, and notifying the user corresponding to the user command of an identification of one of the identified available parking spaces. receiving a plurality of user commands each including a respective instruction to locate an available parking space; enqueueing each of the user commands in a parking space request queue; analyzing an image of a parking area using two or more machine learning models to identify one or more available parking spaces; wherein at least one of the two or more machine learning models is a vehicle object detection machine learning model that outputs a vehicle type flag denoting a vehicle type, and wherein at least one of the two or more machine learning models is a spot detection machine learning model that identifies a list of electric vehicle parking spaces; and wherein at least one of the two or more machine learning models is a vehicle object detection machine learning model that outputs a vehicle type flag denoting a vehicle type, and wherein at least one of the two or more machine learning models is a spot detection machine learning model that identifies a list of electric vehicle parking spaces; and for each of the one or more identified available parking spaces: dequeueing a user command from the parking space request queue, and notifying the user corresponding to the user command of an identification of one of the identified available parking spaces. dequeueing a user command from the parking space request queue, and notifying the user corresponding to the user command of an identification of one of the identified available parking spaces.
A porous structure for use in polymerase chain reaction, wherein the porous structure comprises pores, wherein the porous structure comprises a forward primer and/or a reverse primer of a target nucleic acid as a primer of polymerase chain reaction fixed to the interior of the pores, and wherein the porous structure is a cured pre-polymer which is a hydrophilic polymer, wherein a porosity of the porous structure is from 60 vol% to 80 vol% with respect to a total volume of the porous structure, and wherein a length of the sequence of the primer is 10 to 100 base pairs. wherein the porous structure comprises a forward primer and/or a reverse primer of a target nucleic acid as a primer of polymerase chain reaction fixed to the interior of the pores, and wherein the porous structure is a cured pre-polymer which is a hydrophilic polymer, wherein a porosity of the porous structure is from 60 vol% to 80 vol% with respect to a total volume of the porous structure, and wherein a length of the sequence of the primer is 10 to 100 base pairs.
A method for requesting, by a user equipment, UE, relay UE, a connection to a network in a wireless communication system, the method comprising: receiving, from another UE, remote UE, a transfer request for data of the remote UE; performing a relay UE access control based on an access class of the remote UE for determining whether an access attempt to the network is allowed; and transmitting, to the network, a connection request if the access attempt to the network is allowed. receiving, from another UE, remote UE, a transfer request for data of the remote UE; performing a relay UE access control based on an access class of the remote UE for determining whether an access attempt to the network is allowed; and transmitting, to the network, a connection request if the access attempt to the network is allowed.
Method for operating a non-track-bound convoy , consisting of at least one vehicle travelling ahead and at least one vehicle that is contactlessly coupled to the vehicle travelling ahead and directly follows the vehicle travelling ahead, in at least largely automated fashion, wherein the at least one vehicle directly following the vehicle travelling ahead follows the vehicle travelling ahead by means of at least largely automatic open-loop/closed-loop control, and wherein a car-to-car communication between the vehicle travelling ahead and the at least one vehicle directly following the vehicle travelling ahead is effected for this automatic open-loop/closed-loop control, wherein a photo-optical, optical-waveguide-less or optical-fibre-less car-to-car communication, effected in each case between a light wave emitter and a light wave receiver , is used for at least part of the car-to-car communication, characterized in that the light wave emitter used is a light wave emitter intended for at least one further purpose, other than the photo-optical communication, and the light wave receiver used is a light wave receiver intended for at least one further purpose, other than the photo-optical communication, wherein the light wave emitter used that is intended for the at least one further purpose, other than the photo-optical communication, is a brake light and/or a clearance lamp and/or a daytime running light, and the light wave receiver used that is intended for the at least one further purpose, other than the photo-optical communication, is a light/rain sensor, wherein the light/rain sensor is used for switching on and off a low beam of the vehicle depending on the brightness of the surroundings or for switching on and off a windshield wiper of the vehicle depending on the rain content of the air.