mhurhangee/patent-ind-claim-en huggingface dataset:
Nucleic acid sequence comprising or coding in 5' to 3' direction for i) a coding region, encoding at least one peptide or protein; at least one histone stem-loop, and a poly(A) sequence or a polyadenylation signal; or ii) a coding region, encoding at least one peptide or protein; a poly(A) sequence, and at least one histone stem-loop; wherein said peptide or protein comprises a tumour-specific antigen or a fragment of said tumour-specific antigen, wherein the fragment comprises at least 6 amino acids, and wherein the at least one histone stem-loop is selected from SEQ ID NO: 27 or SEQ ID NO: 42 or the corresponding RNA sequence of SEQ ID NO: 27 or SEQ ID NO: 42. i) a coding region, encoding at least one peptide or protein; at least one histone stem-loop, and a poly(A) sequence or a polyadenylation signal; or at least one histone stem-loop, and a poly(A) sequence or a polyadenylation signal; or ii) a coding region, encoding at least one peptide or protein; a poly(A) sequence, and at least one histone stem-loop; a poly(A) sequence, and at least one histone stem-loop; wherein the fragment comprises at least 6 amino acids, and wherein the at least one histone stem-loop is selected from SEQ ID NO: 27 or SEQ ID NO: 42 or the corresponding RNA sequence of SEQ ID NO: 27 or SEQ ID NO: 42.
Knife having a housing , wherein at least one housing part of the housing can be released in such a way that the housing can be opened and a blade exchange can be carried out, and having a blade support for holding a blade , which can be moved between a retracted position, in which the blade support is moved by a return device up to an abutment of the housing , and a maximum advanced position, wherein the blade support comprises a base device and a blade cover , which can be moved when the housing is open between a closed position and an open position in relation to the base device , wherein, in the closed position, the base device and the blade cover are arranged in such a way that the blade is fixedly held in a blade seat between the base device and the blade cover and, in the open position, the base device and the blade cover are arranged in relation to each other in such a way that a blade exchange can be carried out, wherein a guide device comprises first guide means , which are allocated to the blade cover , and the guide device comprises second guide means allocated to the housing , which have a primary guiding surface , which interacts with at least one counter surface of the first guide means in order to hold the blade support in the closed position, and have a secondary guide surface , which interacts with the counter surface in order to hold the blade cover in the open position, characterised in that the blade support must be moved out of the retracted position in order to move the first guide means between the contact with the primary guiding surface and the contact with the secondary guiding surface .
A track roller unit of an agricultural working machine comprising: - a traction wheel , - a front guide roller and a rear guide roller , - a continuous track belt disposed around the traction wheel and the guide rollers , - a plurality of middle rollers located between the front and rear guide rollers , wherein the track roller unit has a track frame and a swing frame , wherein the track roller unit is pivotably disposed on the agricultural working machine about a first axis by means of the swing frame and the track frame is pivotably disposed on the swing frame about a second axis , wherein the second axis is at a distance from the first axis and at least one spring system and/or damper system is disposed between the track frame and the swing frame , wherein the guide rollers are disposed on the track frame , characterized in that the middle rollers are disposed on a common support element , wherein the common support element is disposed on the track frame . - a traction wheel , - a front guide roller and a rear guide roller , - a continuous track belt disposed around the traction wheel and the guide rollers , - a plurality of middle rollers located between the front and rear guide rollers , the track roller unit has a track frame and a swing frame , wherein the track roller unit is pivotably disposed on the agricultural working machine about a first axis by means of the swing frame and the track frame is pivotably disposed on the swing frame about a second axis , wherein the second axis is at a distance from the first axis and at least one spring system and/or damper system is disposed between the track frame and the swing frame , wherein the guide rollers are disposed on the track frame , characterized in that the middle rollers are disposed on a common support element , wherein the common support element is disposed on the track frame .
Connector for connecting an electronic device , especially an electronic tracking device , to a container having a rounded cross-section (C), the connector comprising: a support plate with a substantially planar connection surface being configured to support the electronic device when the electronic device is mounted to the connector , at least one engagement wall extending from a first end of the support plate and being configured to engage a rim portion of a collar of the container , wherein the engagement wall and the support plate enclose an obtuse angle (A), wherein two mounting holes are located in the support plate , each mounting hole configured to receive a fixation element which protrudes from the support plate in a direction opposite to the connection surface and opposite to the engagement wall such that a distal end of the fixation element may abut against a connection region of the container between an end plate of the container and the collar and wherein the engagement wall is convexly curved for having a two-dimensional contact with the collar , and wherein at least one lateral protection wall extends from a third end of the support plate in a direction opposite to the direction of extension of the engagement wall . a support plate with a substantially planar connection surface being configured to support the electronic device when the electronic device is mounted to the connector , at least one engagement wall extending from a first end of the support plate and being configured to engage a rim portion of a collar of the container , wherein the engagement wall and the support plate enclose an obtuse angle (A), wherein two mounting holes are located in the support plate , each mounting hole configured to receive a fixation element which protrudes from the support plate in a direction opposite to the connection surface and opposite to the engagement wall such that a distal end of the fixation element may abut against a connection region of the container between an end plate of the container and the collar and wherein the engagement wall is convexly curved for having a two-dimensional contact with the collar , and wherein at least one lateral protection wall extends from a third end of the support plate in a direction opposite to the direction of extension of the engagement wall .
An aqueous coating composition comprising a branched alkyl alcohol ethoxylate oligomer of formula where m is 1 to 3 and n is an average number such that Mn is from 1030 to 2400, determined by gel permeation chromatography, at least one latex polymer and water.
A method for retrieval of a target article from an article stack , the article stack comprising the target article and a first non-target article being positioned on top of the target article, the target article being arranged in the article stack with a lower target article face being at a first vertical stack position, the method comprises: - identifying the target article; - positioning a platform having a platform surface in a first vertical platform position wherein the platform surface is at the first vertical stack position or below the first vertical stack position; characterised in that the method comprises: - repositioning the target article and the first non-target article in a first horizontal direction onto the platform; - repositioning the first non-target article opposite the first horizontal direction off the platform. - identifying the target article; - positioning a platform having a platform surface in a first vertical platform position - repositioning the target article and the first non-target article in a first horizontal direction onto the platform; - repositioning the first non-target article opposite the first horizontal direction off the platform.
A flux reversal motor, comprising: a mover moving linearly relative to a stator; the mover comprising a mover core and mover phase coils which are formed by winding the coil around the mover teeth ; and a plurality of movable permanent magnets , provided in the ends of each of the mover teeth , wherein each mover tooth has at its end a single central protrusion, wherein the permanent magnets of all teeth have the identical polarity, and the movable permanent magnets being arranged on left and right sides of each of said protrusions. a mover moving linearly relative to a stator; the mover comprising a mover core and mover phase coils which are formed by winding the coil around the mover teeth ; and a plurality of movable permanent magnets , provided in the ends of each of the mover teeth , wherein each mover tooth has at its end a single central protrusion, wherein the permanent magnets of all teeth have the identical polarity, and the movable permanent magnets being arranged on left and right sides of each of said protrusions.
A System on a Chip, S oC, comprising: a plurality of intellectual property, IP, agents provided on the SoC; an interconnect configured to handle transactional traffic between the plurality of IP agents; a first IP agent of the plurality of IP agents, the first IP agent arranged to communicate with the interconnect using a link, the link connecting the first IP agent to the interconnect; and a reset manager configured to initiate a reset of the first IP agent, the reset including a negotiation between the interconnect and the first IP agent, the negotiation conducted over the link and effective to enable the first IP agent to become transaction ready independent of other IP agents among the plurality of IP agents. a plurality of intellectual property, IP, agents provided on the SoC; an interconnect configured to handle transactional traffic between the plurality of IP agents; a first IP agent of the plurality of IP agents, the first IP agent arranged to communicate with the interconnect using a link, the link connecting the first IP agent to the interconnect; and a reset manager configured to initiate a reset of the first IP agent, the reset including a negotiation between the interconnect and the first IP agent, the negotiation conducted over the link and effective to enable the first IP agent to become transaction ready independent of other IP agents among the plurality of IP agents.
Current sensor for measuring an alternating current, said sensor comprising at least one electrical coil , an electronic unit for conditioning the signal of said electrical coil and an electrical terminal block , said electrical coil having a closed contour inscribed within a polygon and delimiting in its center a through window for an electrical conductor crossed by the alternating current to be measured, this conductor being called primary conductor , said electrical coil comprising N rectilinear segments (TR) of width L and N circular sectors (SC) delimited each by an interior arc of interior radius Ri and an exterior arc of exterior radius Re, said rectilinear segments (TR) being connected two by two by a circular sector (SC), said rectilinear segments (TR) being made of turns separated from each other by a constant spacing P, said electrical coil moreover comprising, in its circular sectors (SC), additional turns with a width (L1, L2) lower than the width of the other turns, called main turns , and extending from said exterior arc towards at least one intermediate arc located between said interior arc and said exterior arc , said additional turns being inserted between said main turns , characterized in that said electrical coil is made in the form of a printed circuit provided on at least one electronic board , in that the N rectilinear segments (TR) and the N circular sectors (SC) have the same width L, in that in said circular sectors (SC), the main turns are separated from each other on said interior arc by a constant spacing equal to spacing P of said rectilinear segments (TR) on the one hand, and the main turns and the additional turns are separated from each other on said exterior arc by a spacing substantially equal to spacing P of said rectilinear segments (TR) on the other hand, in order that the average turns density is almost constant in all the said electrical coil , and in that the said constant spacing P is chosen the smallest possible, for a given printed circuit technology, in said circular sectors (SC) and is implemented in said rectilinear segments (TR) in order to maximize the measuring sensitivity of said current sensor .
A system for cutting a bone of a patient, comprising: a motor ; a rotating shaft drivingly coupled to the motor; a support tube positioned around the rotating shaft and supporting the rotating shaft at a plurality of locations; a plurality of steering wires coupled to the support tube; and a bone cutter at a distal end of the rotating shaft, characterized in that the support tube includes a proximal section and a distal section , and the proximal section is independently steerable from the distal section using the plurality of steering wires. a motor ; a rotating shaft drivingly coupled to the motor; a support tube positioned around the rotating shaft and supporting the rotating shaft at a plurality of locations; a plurality of steering wires coupled to the support tube; and a bone cutter at a distal end of the rotating shaft, characterized in that the support tube includes a proximal section and a distal section , and the proximal section is independently steerable from the distal section using the plurality of steering wires.
Lock fitting fixture with a housing having an external thread which can be fixed in a hole formed in a door or a fastening plate , in the housing hole of which is rotatably mounted a rotation-limited actuator shaft supporting a locking tongue at its free end by means of an actuator shoulder formed on the actuator shaft , and with a screw sleeve having an internal thread which fixes the lock fitting with respect to the door or the fastening plate , characterised in that taking into account a hygienic design, the actuator shaft , sealed on both sides, engages through the housing and is sealed with respect to the housing and in that the rotation limit is arranged in the region of the sealed housing hole .
A reconfigurable sensor cable ; comprising a plurality of seismic sensors, wherein the seismic sensors are distributed throughout a volume of the sensor cable and along all three axes of the sensor cable, wherein at least one of the seismic sensors comprises a film , the film comprising a viscoelastic polymer and a piezoelectric ceramic; the sensor cable being characterized in that it further comprises a sensor strip comprising the plurality of the seismic sensors disposed on a flexible substrate . the seismic sensors are distributed throughout a volume of the sensor cable and along all three axes of the sensor cable, wherein at least one of the seismic sensors comprises a film , the film comprising a viscoelastic polymer and a piezoelectric ceramic; the sensor cable being characterized in that it further comprises a sensor strip comprising the plurality of the seismic sensors disposed on a flexible substrate .
A method of processing a food object while the food object is being conveyed, comprising: • acquiring image data of the food object , • cutting the food object into smaller food pieces , • determining, based on the acquired image data, whether the food object contains undesired objects , and in case such undesired objects are detected, • identifying which of the smaller food pieces contain the undesired objects , characterised in that the food object is not treated differently whether undesired objects are detected or not. • acquiring image data of the food object , • cutting the food object into smaller food pieces , • determining, based on the acquired image data, whether the food object contains undesired objects , and in case such undesired objects are detected, • identifying which of the smaller food pieces contain the undesired objects ,
A process for heating a plurality of articles in a microwave heating system, said process comprising: (a) loading a group of said articles into a carrier , wherein each of said articles includes a package at least partially filled with at least one foodstuff and each package includes at least one energy control element; (b) passing the loaded carrier through a microwave heating chamber in a direction of travel along a first convey line; (c) generating microwave energy, wherein the microwave energy is polarized and has a wavelength of no more than 1200MHz; (d) during at least a portion of said passing, discharging at least a portion of the microwave energy into said microwave heating chamber; and (e) heating said articles using at least a portion of said microwave energy discharged into said microwave heating chamber to at least one of sterilize or pasteurize the foodstuff, wherein, during said heating, a portion of the foodstuff is heated to a substantially different temperature and/or at a substantially different heating rate than said portion of said foodstuff would have been heated to or at if said energy control element was not present. (a) loading a group of said articles into a carrier , wherein each of said articles includes a package at least partially filled with at least one foodstuff and each package includes at least one energy control element; (b) passing the loaded carrier through a microwave heating chamber in a direction of travel along a first convey line; (c) generating microwave energy, wherein the microwave energy is polarized and has a wavelength of no more than 1200MHz; (d) during at least a portion of said passing, discharging at least a portion of the microwave energy into said microwave heating chamber; and (e) heating said articles using at least a portion of said microwave energy discharged into said microwave heating chamber to at least one of sterilize or pasteurize the foodstuff,
Porous particles having a substantially spherical shape wherein each of the porous particle is shaped so that the longest diameter is not more than 1.6 times the shortest diameter, wherein the porous particles are made of an organic polymer, each of the porous particles has an interconnected pore structure in which through holes provided inside the porous particle communicate with each other and have a co-continuous structure, the through holes are formed by spinodal decomposition, and ends of the through holes are open toward an outside of the porous particle.
An accessory assembly of a turbine engine, comprising: - a support structure ; - a transmission shaft coupled to said support structure by means of a pair of main bearings and comprising an end portion , which axially protrudes with respect to one of said main bearings and comprises a shear neck designed to break when the torque transmitted to such a shaft exceeds a predetermined design threshold; - a gear arranged outside said support structure , defining, in use, a motion inlet and coupled in a fixed position to said end portion ; when said shear neck breaks, said gear remains coupled to said support structure by means of a single secondary bearing , which is distinct from said main bearings and is arranged axially between said shear neck and said gear ; characterized in that radial clearance is provided at said secondary bearing , when said shear neck is intact, so as to avoid a hyperstatic condition. - a support structure ; - a transmission shaft coupled to said support structure by means of a pair of main bearings and comprising an end portion , which axially protrudes with respect to one of said main bearings and comprises a shear neck designed to break when the torque transmitted to such a shaft exceeds a predetermined design threshold; - a gear arranged outside said support structure , defining, in use, a motion inlet and coupled in a fixed position to said end portion ;
A process for making a dense article comprising: densifying a TFE copolymer film comprising a core shell TFE copolymer to form a dense article, said TFE copolymer film having a first endotherm between 50 and 300°C, a second endotherm between 320°C and 350°C, and a third endotherm between 350°C and 400°C, wherein the endotherms are measured as specified in the description, wherein said densifying is by compression at a temperature above 300°C and up to 400°C, the core shell TFE copolymer has a shell portion that is made from only TFE monomers or TFE monomers and a trace amount of comonomer and a core portion that includes TFE copolymer, and said dense article has a void volume , measured as specified in the description, of less than 20%.
Cover element for protecting a lead-through of an electrical cable at a housing of an electronic component, said cover element comprising: a first half shell , a second half shell , wherein said second half shell is attached to the first half shell by means of at least one locking element, so that said cover element encompasses said electrical cable and said lead-through at least partly, first sealing means for sealing an interface between the cover element and the cable , and second sealing means for sealing an interface between said cover element and the housing , wherein the first half shell and the second half shell are formed as separate parts and are joined together in a joining region which is oriented along the longitudinal axis of the cable and the housing , said cover element further comprising third sealing means for sealing a contact interface between said first and said second half shell , characterized in that the third sealing means runs along the joining region . a first half shell , a second half shell , wherein said second half shell is attached to the first half shell by means of at least one locking element, so that said cover element encompasses said electrical cable and said lead-through at least partly, first sealing means for sealing an interface between the cover element and the cable , and second sealing means for sealing an interface between said cover element and the housing , wherein the first half shell and the second half shell are formed as separate parts and are joined together in a joining region which is oriented along the longitudinal axis of the cable and the housing , said cover element further comprising third sealing means for sealing a contact interface between said first and said second half shell , characterized in that the third sealing means runs along the joining region .
A monitoring method of a compressor for a railway braking system, said railway braking system comprising an air generation and treatment module AGTU which includes a compressor , a main tank arranged to supply a main pipe adapted to distribute compressed air to at least one braking subsystem which comprises an auxiliary tank arranged to supply a braking control system ; the monitoring process being characterized in that it comprises the steps of: - monitoring a behavior of at least one pressure value (P(t)) measured downstream of the main tank or measured at the outlet of the auxiliary tank ; - deriving the use and/or state of health of the compressor exclusively on the basis of the time behavior of the measured pressure value (P(t)). - monitoring a behavior of at least one pressure value (P(t)) measured downstream of the main tank or measured at the outlet of the auxiliary tank ; - deriving the use and/or state of health of the compressor exclusively on the basis of the time behavior of the measured pressure value (P(t)).