mhurhangee/patent-ind-claim-en huggingface dataset:
Device for inserting an inflatable gastric balloon of the type that uses a thread for guidance, comprising a main closed body of revolution which defines a cone-shaped distal end and a proximal end , said main body also comprising: - a first internal channel passing from the proximal end to the distal end of said body for inserting the thread for guiding said device ; - an internal compartment arranged in a portion of the distal end of said body and in which an inflatable gastric balloon is housed, said compartment comprising a breakable outer surface which is continuous with the surface of said body ; - a second internal channel passing from the proximal end of said body to said compartment in which an inflation tube suitable for inflating the inflatable gastric balloon is housed, said inflation tube being suitable for connection by the distal end thereof with said inflatable gastric balloon inside said compartment , wherein the distal end of said main body finishes in a head with a flexible neck through which said first internal channel extends. - a first internal channel passing from the proximal end to the distal end of said body for inserting the thread for guiding said device ; - an internal compartment arranged in a portion of the distal end of said body and in which an inflatable gastric balloon is housed, said compartment comprising a breakable outer surface which is continuous with the surface of said body ; - a second internal channel passing from the proximal end of said body to said compartment in which an inflation tube suitable for inflating the inflatable gastric balloon is housed, said inflation tube being suitable for connection by the distal end thereof with said inflatable gastric balloon inside said compartment ,
A computer-implemented method comprising: encoding , by a sender party , quantum information into an entangled pair of information qubits, wherein the entangled pair of information qubits consists in a first information qubit and a second information qubit; encrypting , by the sender party, the entangled pair of information qubits, comprising performing i) a parity operation on the first information qubit and a parity control qubit, ii) a phase operation on the first information qubit and a phase control qubit, and iii) a sequence of one or more quantum logic gates on the phase control qubit, wherein the sequence of one or more quantum logic gates comprises a secret sequence of one or more quantum logic gates; sending , by the sender party, the first information qubit, parity control qubit, phase control qubit second information qubit, and data identifying the sequence of one or more quantum logic gates to a recipient party ; obtaining , by the recipient party, the quantum information encoded into the entangled pair of information qubits based on the first information qubit, second information qubit, parity control qubit, phase control qubit, and data identifying the sequence of one or more quantum logic gates. encoding , by a sender party , quantum information into an entangled pair of information qubits, wherein the entangled pair of information qubits consists in a first information qubit and a second information qubit; encrypting , by the sender party, the entangled pair of information qubits, comprising performing i) a parity operation on the first information qubit and a parity control qubit, ii) a phase operation on the first information qubit and a phase control qubit, and iii) a sequence of one or more quantum logic gates on the phase control qubit, wherein the sequence of one or more quantum logic gates comprises a secret sequence of one or more quantum logic gates; sending , by the sender party, the first information qubit, parity control qubit, phase control qubit second information qubit, and data identifying the sequence of one or more quantum logic gates to a recipient party ; obtaining , by the recipient party, the quantum information encoded into the entangled pair of information qubits based on the first information qubit, second information qubit, parity control qubit, phase control qubit, and data identifying the sequence of one or more quantum logic gates.
System of a sealed and reinforced structural element of a motor vehicle, the system comprising: a structural element , which has a cavity with a longitudinal axis ; a carrier with a first side and a second side and with a first edge region and a second edge region , wherein the edge regions are each facing the structural element , and wherein the first side and the second side are each arranged orthogonal to the longitudinal axis of the structural element ; a first material for reinforcing the structural element , which is arranged at least between the first edge region of the carrier and the structural element , wherein the first material has a modulus of elasticity of at least 100 MPa; and a second material for sealing the structural element , which is arranged at least between the second edge region of the carrier and the structural element , wherein the second material has a modulus of elasticity of at most 20 MPa. a structural element , which has a cavity with a longitudinal axis ; a carrier with a first side and a second side and with a first edge region and a second edge region , wherein the edge regions are each facing the structural element , and wherein the first side and the second side are each arranged orthogonal to the longitudinal axis of the structural element ; a first material for reinforcing the structural element , which is arranged at least between the first edge region of the carrier and the structural element , wherein the first material has a modulus of elasticity of at least 100 MPa; and a second material for sealing the structural element , which is arranged at least between the second edge region of the carrier and the structural element , wherein the second material has a modulus of elasticity of at most 20 MPa.
A method for a first radio access network, RAN, node in a wireless communication system, the method comprising: transmitting, to a second RAN node, a RAN-RAN interface setup request message including 1) a global identifier, ID, of the first RAN node, 2) information for slice support of the first RAN node, and 3) an ID of a core network node to which the first RAN node is connected; receiving, from the second RAN node, a RAN-RAN interface setup response message including 1) a global ID of the second RAN node, 2) information for slice support of the second RAN node, and 3) an ID of a core network node to which the second RAN node is connected; and setting up a RAN-RAN interface between the first RAN node and the second RAN node based on the RAN-RAN interface setup request message and the RAN-RAN interface setup response message. transmitting, to a second RAN node, a RAN-RAN interface setup request message including 1) a global identifier, ID, of the first RAN node, 2) information for slice support of the first RAN node, and 3) an ID of a core network node to which the first RAN node is connected; receiving, from the second RAN node, a RAN-RAN interface setup response message including 1) a global ID of the second RAN node, 2) information for slice support of the second RAN node, and 3) an ID of a core network node to which the second RAN node is connected; and setting up a RAN-RAN interface between the first RAN node and the second RAN node based on the RAN-RAN interface setup request message and the RAN-RAN interface setup response message.
Unbalance exciter for a ground compaction device, comprising - an electric motor which has a rotor and a stator which at least partially encloses the rotor ; wherein - the rotor has an unbalance mass which can be moved past an inner side of the stator at least partially during a rotation of the rotor ; - the unbalance mass is configured as a mass which extends over a part of the circumference of the rotor , characterised in that - at least one rotor pole is also formed in the circumferential region of the rotor in which the unbalance mass is provided; and in that - at least one rotor pole is also formed in the circumferential region of the rotor in which no unbalance mass is provided. - an electric motor which has a rotor and a stator which at least partially encloses the rotor ; wherein - the rotor has an unbalance mass which can be moved past an inner side of the stator at least partially during a rotation of the rotor ; - the unbalance mass is configured as a mass which extends over a part of the circumference of the rotor , characterised in that - at least one rotor pole is also formed in the circumferential region of the rotor in which the unbalance mass is provided; and in that - at least one rotor pole is also formed in the circumferential region of the rotor in which no unbalance mass is provided.
A lighting and sanitization device , comprising: a first light source emitting violet light having a wavelength between 380 and 430 nm; characterized by comprising a second light source emitting white light; and a third light source emitting lime light having a peak wavelength between 535 and 545 nm.
Home appliance in particular laundry treatment apparatus, dish washer, dryer or washing machine, comprising a liquid guiding device having an inlet and an outlet and defining a liquid passage area (C, C1, C2, C3, C4. C5) for passaging the liquid, wherein the liquid guiding device is adapted to guide liquid from the inlet to the outlet , wherein the outlet is adapted to direct the liquid to a component of the appliance and/or to a predefined location of the appliance , and characterized in that the liquid passage area (C, C1, C2, C3, C4, C5) of the liquid guiding device is increasing in a first cross section dimension (D1) and is decreasing in a second cross section dimension (D2) along the flow direction from the inlet to the outlet in a way such that the liquid passage area (C, C1, C2, C3, C4, C5) is not decreasing from the inlet to the outlet .
A device for collecting soiled objects, such as used diapers, comprising a collecting container closable by a cover of the device, wherein said cover comprises a section with a tubular chamber that is open at one end and thereby provided with an opening for inlet and outlet, said cover section being movable in use, with the collecting container closed, between a first position, in which an object may be deposited from the outside through said opening into said chamber , and a second position, in which said object may drop through said opening into the collecting container and wherein a transfer bag of a flexible material is removably mounted within said chamber , said bag being open at one end and having a bottom cooperating with an expel body at the opposite end, characterized in that the transfer bag comprises a collar , which is rigid as compared with the flexibility of the bag material and the height of which is of the order of half the length of said chamber , which collar , together with said transfer bag , can be moved into and out of said chamber and locked therein against undesired outward movement by means of a locking ring of the device that cooperates with the edge of said opening .
A microRNA-143 derivative selected from the group of consisting of SEQ-12, SEQ-19, SEQ-29, SEQ-51, SEQ-52, SEQ-56, SEQ-60, SEQ-73, SEQ-74, SEQ-86, SEQ-89, SEQ-94, SEQ-106, SEQ-122, SEQ-123, SEQ-124, SEQ-127, SEQ-139, SEQ-140, SEQ-141, SEQ-142, SEQ-143 and SEQ-144 as shown in the following Table: Name of Strand Modification @ 5' end Oligonucleotide (5'→3') Modification @ 3' end SEQ-12 Sense Strand S-1 Antisense Strand AS-4 ^dT^dT SEQ-19 Sense Strand S-1 Antisense Strand AS-7 -P(O)(OH) 2 ^dT^dT SEQ-29 Sense Strand S-17 Antisense Strand AS-4 SEQ-51 Sense Strand S-1 Antisense Strand AS-30 ^dT^dT SEQ-52 Sense Strand S-1 Antisense Strand AS-31 ^dT^dT SEQ-56 Sense Strand S-17 Antisense Strand AS-3 ^dT^dT SEQ-60 Sense Strand S-17 Antisense Strand AS-10 ^dG^dG SEQ-73 Sense Strand S-18 Antisense Strand AS-12 ^G m ^G m SEQ-74 Sense Strand S-18 Antisense Strand AS-13 ^G f ^G f SEQ-86 Sense Strand S-19 Antisense Strand AS-3 ^dT^dT SEQ-89 Sense Strand S-1 Antisense Strand AS-42 VP- ^dT^dT SEQ-94 Sense Strand S-1 Antisense Strand AS-47 ^dT^dT SEQ-106 Sense Strand S-18 Antisense Strand AS-47 ^dT^dT SEQ-122 Sense Strand S-1 Antisense Strand AS-50 -P(O)(OH) 2 ^dG^dG SEQ-123 Sense Strand S-1 Antisense Strand AS-51 -P(O)(OH) 2 ^G m ^G m SEQ-124 Sense Strand S-1 Antisense Strand AS-52 -P(O)(OH) 2 ^Gr^Gr SEQ-127 Sense Strand S-1 Antisense Strand AS-55 -P(O)(OH) 2 ^dT^dT SEQ-139 Sense Strand S-1 Antisense Strand AS-56 -P(O)(OH) 2 ^dT^dT SEQ-140 Sense Strand S-17 Antisense Strand AS-56 -P(O)(OH) 2 ^dT^dT SEQ-141 Sense Strand S-18 Antisense Strand AS-56 -P(O)(OH) 2 ^dT^dT SEQ-142 Sense Strand S-1 Antisense Strand AS-57 -P(O)(OH) 2 ^A m ^A m SEQ-143 Sense Strand S-17 Antisense Strand AS-57 -P(O)(OH) 2 ^A m ^A m SEQ 141 Sense Strand S-18 Antisense Strand AS-57 -P(O)(OH) 2 ^A m ^A m wherein N (capital letter) is RNA, dN is DNA, Nf is 2'-F RNA, N m is 2'-OMe RNA, ^ is -P(S)OH-, * is -P(O)OH-, Ab (Abasic) is the following group: and "VP-" at the 5'-end and U m at the end of the oligonucleotide of AS-42 form the following group, wherein the group of the formula: =CH-P(=O)(OH) 2 corresponds to the 5'-end modification (VP-):
A waste sorting manipulator comprising: a gripper assembly for interacting with one or more waste objects , to be sorted within a working area ; at least one servo for moving the gripper assembly with respect to the working area (108; and at least one slidable coupling mounted between the at least one servo and the gripper assembly for allowing relative movement between the at least one servo and the gripper assembly , wherein the gripper assembly is a suction gripper assembly having a deformable suction cup and the deformable suction cup is configured to deform when the deformable suction cup engages the one or more waste objects to be sorted, wherein the rate of compression of the at least one slidable coupling is greater than the rate of extension of the at least one slidable coupling . a gripper assembly for interacting with one or more waste objects , to be sorted within a working area ; at least one servo for moving the gripper assembly with respect to the working area (108; and at least one slidable coupling mounted between the at least one servo and the gripper assembly for allowing relative movement between the at least one servo and the gripper assembly , wherein the gripper assembly is a suction gripper assembly having a deformable suction cup and the deformable suction cup is configured to deform when the deformable suction cup engages the one or more waste objects to be sorted, wherein the rate of compression of the at least one slidable coupling is greater than the rate of extension of the at least one slidable coupling .
A computer-implemented method for determining a cut pattern of a lathe which is numerically controlled by a control device and which includes a tool with a cutter acting on a workpiece , the workpiece having a start contour and a target contour to be achieved by cutting the workpiece according to the cut pattern , the method including: determining a path of a n-th layer of the cut pattern , the n-th layer including: for n≥2: an infeed path which is linear and/or parallel to the target contour starting at point E_n-1 and ending at point S_n; a circular infeed path starting tangent to the target contour at point S_n with a radius rS_n and ending at point IS_n; an intermediate path which is linear and/or parallel to the target contour starting at point IS_n and ending at point IE_n; a circular outfeed path starting at point IE_n and ending tangent to the target contour at point E_n with a radius rE_n; for n≥2: a smoothing path which is linear and/or parallel to the target contour starting at point E_n, including point S_n-1, and ending at point E_n. for n≥2: an infeed path which is linear and/or parallel to the target contour starting at point E_n-1 and ending at point S_n; a circular infeed path starting tangent to the target contour at point S_n with a radius rS_n and ending at point IS_n; an intermediate path which is linear and/or parallel to the target contour starting at point IS_n and ending at point IE_n; a circular outfeed path starting at point IE_n and ending tangent to the target contour at point E_n with a radius rE_n; for n≥2: a smoothing path which is linear and/or parallel to the target contour starting at point E_n, including point S_n-1, and ending at point E_n.
A computer-implemented method for interacting with a remote display , comprising: obtaining graphical output for a touch screen display of an electronic device ; obtaining a first set of touch inputs associated with the graphical output from the touch screen display; and transmitting the graphical output and the first set of touch inputs to the remote display , wherein the graphical output and a visual representation of the first set of touch inputs are used to drive the remote display , and wherein the visual representation of the first set of touch inputs comprises a set of dots and is not displayed on the touch screen display of the electronic device . obtaining graphical output for a touch screen display of an electronic device ; obtaining a first set of touch inputs associated with the graphical output from the touch screen display; and transmitting the graphical output and the first set of touch inputs to the remote display , wherein the graphical output and a visual representation of the first set of touch inputs are used to drive the remote display , and wherein the visual representation of the first set of touch inputs comprises a set of dots and is not displayed on the touch screen display of the electronic device .
A method for analysing a biological sample with a plurality of analytes, comprising the following steps: determining information about the biological sample and its analytes, the analytes being marked by a plurality of markers, generating a probabilistic model of a distribution of the analytes within the biological sample based on the determined information, generating at least one optical readout of the biological sample , and determining the presence of at least one analyte in the readout based at least partially on the probabilistic model of the distribution of the analytes within the biological sample , wherein the probabilistic model comprises for each analyte the localisation-probability that the analyte is found in a particular location of the biological sample and/or the co-localisation-probability that the analyte is found in proximity with another one of the analytes, and characterized in that the localisation and/or co-localisation probabilities of the probabilistic model are used to distinguish between optical signals of the markers that mark the analytes in order to determine the presence of the at least one analyte in the optical readout. determining information about the biological sample and its analytes, the analytes being marked by a plurality of markers, generating a probabilistic model of a distribution of the analytes within the biological sample based on the determined information, generating at least one optical readout of the biological sample , and determining the presence of at least one analyte in the readout based at least partially on the probabilistic model of the distribution of the analytes within the biological sample , wherein the probabilistic model comprises for each analyte the localisation-probability that the analyte is found in a particular location of the biological sample and/or the co-localisation-probability that the analyte is found in proximity with another one of the analytes, and characterized in that the localisation and/or co-localisation probabilities of the probabilistic model are used to distinguish between optical signals of the markers that mark the analytes in order to determine the presence of the at least one analyte in the optical readout.
A spray system comprising: a first fluid source configured to provide a first fluid; a second fluid source configured to provide a second fluid; a sprayer configured to combine and spray the first and second fluids; a first pump configured to pump the first fluid at a variable first pumping speed from the first fluid source to the sprayer; ; a second pump configured to pump the second fluid at a variable second pumping speed from the second fluid source to the sprayers ; a first pressure sensor disposed to sense a first output pressure of the first pump ; and characterized by a controller configured to control the first pumping speed via a proportional-integral-derivative loop using the sensed first output pressure and a target spray pressure, and configured to command the second pumping speed to the first pumping speed times a target primary-to-secondary spray component flow ratio. a first fluid source configured to provide a first fluid; a second fluid source configured to provide a second fluid; a sprayer configured to combine and spray the first and second fluids; a first pump configured to pump the first fluid at a variable first pumping speed from the first fluid source to the sprayer; ; a second pump configured to pump the second fluid at a variable second pumping speed from the second fluid source to the sprayers ; a first pressure sensor disposed to sense a first output pressure of the first pump ; and characterized by a controller configured to control the first pumping speed via a proportional-integral-derivative loop using the sensed first output pressure and a target spray pressure, and configured to command the second pumping speed to the first pumping speed times a target primary-to-secondary spray component flow ratio.
A female screw coupling comprising a first block , which comprises, in turn, a ball body , and a second block , which comprises, in turn, an adapter body at least partially housed inside said first block for the fluid connection to a male coupling, and further comprising a ball bearing provided between said first block and said second block , said ball bearing comprising a plurality of balls interposed between said first block and said second block to allow the relative rotation of said first block and said second block , wherein said adapter body comprises at least one housing recess at the outer surface thereof and circumferentially crossing said adapter , wherein said balls are at least partially housed in said recess , said female screw coupling comprising a radial through hole in said ball body adapted to allow to insert said balls of said ball bearing into their operative position in said housing recess , wherein said female screw coupling further comprises closing means for closing said through hole , characterized in that said closing means comprise an expander type plug , and in that said expander type plug is kept in seat by interference by a ball .
A conductive transparent film comprising a conductive layer; an undercoating layer; and an anti-crack buffer layer, wherein said anti-crack buffer layer is positioned between the conductive layer and the undercoating layer, characterized in that said anti-crack buffer layer has a thickness of 0.1 nm to 5 nm. wherein said anti-crack buffer layer is positioned between the conductive layer and the undercoating layer, characterized in that said anti-crack buffer layer has a thickness of 0.1 nm to 5 nm.