mhurhangee/ep-ind-claims huggingface dataset:
A compound having a structure: wherein A is lysine linked to one PEG group; each X is lysine; each L' is an Ebes linker having the formula: PEG is a polyethyleneglycol polymer having a molecular weight of 1-100 kDa; each R is cholic acid; and each Y 2 is cysteine. A is lysine linked to one PEG group; each X is lysine; each L' is an Ebes linker having the formula: PEG is a polyethyleneglycol polymer having a molecular weight of 1-100 kDa; each R is cholic acid; and each Y 2 is cysteine.
Stackable chair having a chair frame, a seat surface attached thereto and a backrest, wherein the chair frame has side part (2, 3) on both sides of the chair suitable in each case for stacking two chairs, wherein each side part (2, 3) in each case has a front and a rear chair leg (8, 9, 10, 11), wherein on at least one side part a transverse strut is arranged as a stacking aid, characterised in that above the transverse strut an insertion bevel, which extends sloping downwards and laterally outwards, is provided, on which the transverse strut of the upper chair can be displaced during the stacking at least in some regions downwards.
A method of personalizing an elevator service, comprising: receiving, at a service unit of an elevator system with destination control, sensor data provided by a three-dimensional motion sensor and related to a passenger tracked by the three-dimensional motion sensor; characterized in further comprising: receiving, at the service unit, at least one of identification data of the passenger, destination floor data of the passenger, and aural data of the passenger, determining, with the service unit, a personalized elevator service functionality for the tracked passenger based at least on the received sensor data, wherein the determination of the personalized elevator service functionality is performed based at least on the received sensor data, and at least one of the received identification data, the received destination floor data and the received aural data; and triggering, with the service unit, the personalized elevator service functionality. receiving, at a service unit of an elevator system with destination control, sensor data provided by a three-dimensional motion sensor and related to a passenger tracked by the three-dimensional motion sensor; receiving, at the service unit, at least one of identification data of the passenger, destination floor data of the passenger, and aural data of the passenger, determining, with the service unit, a personalized elevator service functionality for the tracked passenger based at least on the received sensor data, wherein the determination of the personalized elevator service functionality is performed based at least on the received sensor data, and at least one of the received identification data, the received destination floor data and the received aural data; and triggering, with the service unit, the personalized elevator service functionality.
A battery module including a temperature sensor, comprising: a flexible printed circuit board where the temperature sensor is provided; a battery cell that overlaps a portion of the flexible printed circuit board, in which the temperature sensor is provided; an upper plate that is disposed above the flexible printed circuit board; and a compression pad that is disposed between the upper plate and the flexible printed circuit board, wherein the upper plate is partially cut and thus an elastic member is formed, and the elastic member presses the portion of the flexible printed circuit board in which the temperature sensor is provided and thus the battery cell and the flexible printed circuit board contact each other; and a force is applied in a direction toward the battery cell by an elastic force of the elastic member such that the temperature sensor contacts the battery cell. a flexible printed circuit board where the temperature sensor is provided; a battery cell that overlaps a portion of the flexible printed circuit board, in which the temperature sensor is provided; an upper plate that is disposed above the flexible printed circuit board; and a compression pad that is disposed between the upper plate and the flexible printed circuit board, wherein the upper plate is partially cut and thus an elastic member is formed, and the elastic member presses the portion of the flexible printed circuit board in which the temperature sensor is provided and thus the battery cell and the flexible printed circuit board contact each other; and a force is applied in a direction toward the battery cell by an elastic force of the elastic member such that the temperature sensor contacts the battery cell.
A disc brake rotor comprising: a hub portion; a brake disc extending radially outward from said hub portion, said brake disc including an outboard disc face and an inboard disc face; a plurality of channels disposed in said brake disc that are circumferentially spaced apart from one another where any one channel in said plurality of channels is open to said outboard disc face and is closed to said inboard disc face or is open to said inboard disc face and is closed to said outboard disc face; characterized in that said brake disc including an outer ring and an inner ring that are circumferentially continuous and uninterrupted along at least said outboard disc face and said inboard disc face to increase a strength of said brake disc, said outer ring being radially spaced from said inner ring with said plurality of channels disposed radially between said outer ring and said inner ring. a hub portion; a brake disc extending radially outward from said hub portion, said brake disc including an outboard disc face and an inboard disc face; a plurality of channels disposed in said brake disc that are circumferentially spaced apart from one another where any one channel in said plurality of channels is open to said outboard disc face and is closed to said inboard disc face or is open to said inboard disc face and is closed to said outboard disc face; characterized in that said brake disc including an outer ring and an inner ring that are circumferentially continuous and uninterrupted along at least said outboard disc face and said inboard disc face to increase a strength of said brake disc, said outer ring being radially spaced from said inner ring with said plurality of channels disposed radially between said outer ring and said inner ring.
Apparatus for bending a glass pane, comprising: - a plurality of lower and upper rollers (500,501,502,503) between which said glass pane can be positioned by making it slide along a sliding direction; - a left bearing and a right bearing, each comprising an upper chain and a lower chain respectively constituted by upper and lower links reciprocally adjustable to form a curved profile, and to which the ends of said upper and lower rollers (500,501,502,503) are respectively connected, and characterized in that each left and right bearing is provided with an axle below said lower links, put into rotation by motorized means, on said axle being mounted rotation transmission elements in correspondence to each link, and in that for each link: - a pinion is comprised, with a rotating element integrally connected to a screw at a first end of the screw and suitable to be put into rotation by the corresponding rotation transmission element; - at the second, opposite end of said screw, an end element is screwed, which is hindered in rotation by suitable stop means, in such a way that, by the rotation of said screw, said end element moves along said screw; - to said end element is connected a contrast element in such a way to be rotatable around a direction perpendicular to the direction of said axle, the contrast element being suitable to abut on a corresponding stop that is integral to a further link that is subsequent in the direction towards the center of said lower chain, in such a way that, by the rotation of said axle, the position of the relevant end elements is concurrently and uniformly adjusted, and therefore the distance between said lower links, when they are mutually oriented to form said curved profile, is adjusted. - a plurality of lower and upper rollers (500,501,502,503) between which said glass pane can be positioned by making it slide along a sliding direction; - a left bearing and a right bearing, each comprising an upper chain and a lower chain respectively constituted by upper and lower links reciprocally adjustable to form a curved profile, and to which the ends of said upper and lower rollers (500,501,502,503) are respectively connected, - a pinion is comprised, with a rotating element integrally connected to a screw at a first end of the screw and suitable to be put into rotation by the corresponding rotation transmission element; - at the second, opposite end of said screw, an end element is screwed, which is hindered in rotation by suitable stop means, in such a way that, by the rotation of said screw, said end element moves along said screw; - to said end element is connected a contrast element in such a way to be rotatable around a direction perpendicular to the direction of said axle, the contrast element being suitable to abut on a corresponding stop that is integral to a further link that is subsequent in the direction towards the center of said lower chain,
An authentication device comprising one or more flakes of a substantially two-dimensional material with an operative area configured to emit, by non-resonant photoluminescence, electromagnetic radiation with a property that varies with position in the operative area, the substantially two-dimensional material being a material such that motion of electrons into, and out of, a two dimensional plane of the material is governed by quantum mechanical effects.
Method for providing data to be protected in a secure execution environment of a data processing system, comprising the steps: - executing an enclave code in the secure execution environment, - generating a key pair (K_pub/K_priv) by means of the enclave code, wherein the key pair (K_pub/K_priv) comprises a public key (K_pub) and a private key (K_priv), - sending the public key (K_pub) to an insecure execution environment of the data processing system, wherein the insecure execution environment is outside the secure execution environment, - sending the public key (K_pub) and sending first encrypted data (D'') to an obfuscated program code, wherein the obfuscated program code is part of the insecure execution environment, - verifying the public key (P_pub) by means of the obfuscated program code and, depending on results of the verification, converting the first encrypted data (D'') into second encrypted data (D'), wherein the second encrypted data (D') are encrypted with the public key (K_pub), wherein, when the public key (K_pub) is verified by the obfuscated program code, a check is made to determine whether a valid attestation of the public key (K_pub) is present, and wherein the conversion of the first encrypted data (D'') into the second encrypted data (D') is carried out only if a valid attestation is present, - sending the second encrypted data (D') to the enclave in the secure execution environment, - decrypting the second encrypted data (D') into the data to be protected, and - executing or interpreting the data to be protected in the secure execution environment. - executing an enclave code in the secure execution environment, - generating a key pair (K_pub/K_priv) by means of the enclave code, wherein the key pair (K_pub/K_priv) comprises a public key (K_pub) and a private key (K_priv), - sending the public key (K_pub) to an insecure execution environment of the data processing system, wherein the insecure execution environment is outside the secure execution environment, - sending the public key (K_pub) and sending first encrypted data (D'') to an obfuscated program code, wherein the obfuscated program code is part of the insecure execution environment, - verifying the public key (P_pub) by means of the obfuscated program code and, depending on results of the verification, converting the first encrypted data (D'') into second encrypted data (D'), wherein the second encrypted data (D') are encrypted with the public key (K_pub), - sending the second encrypted data (D') to the enclave in the secure execution environment, - decrypting the second encrypted data (D') into the data to be protected, and - executing or interpreting the data to be protected in the secure execution environment.
A method used in a wireless communication system performed by a base station that supports both legacy and expanded capability user equipments, UEs, to facilitate signaling expansion with backward compatibility preservation, the method comprising: generating at least one signal comprising information relating to a Coordinated Multipoint, CoMP, CQI request that is recognizable as valid by the expanded capability UEs and recognizable as invalid by the legacy UEs; and transmitting the at least one signal. generating at least one signal comprising information relating to a Coordinated Multipoint, CoMP, CQI request that is recognizable as valid by the expanded capability UEs and recognizable as invalid by the legacy UEs; and transmitting the at least one signal.
Connector for connecting at least one conductor to another conductor, with at least one contact element, which is configured so as to be electrically connectable to the conductor and can be contacted with a mating contact element in a contact direction, and at least one guide element which defines a connecting direction, in which the connector is connected to a mating connector and which runs at an inclination in relation to the contact direction, characterised in that the guide element has at least one weakened region which is configured so as to be plastically deformable or dividable on exceeding of a predetermined release force acting on the connector.
Injectable homogeneous aqueous solution of chitosan containing, in a physiologically acceptable medium, between 0.1 and 4.5% by weight of a chitosan having a degree of acetylation less than 20% and a weight average molecular mass of between 100,000 and 1,500,000 g/mol, said solution having a pH greater than or equal to 6.2, and advantageously between 6.2 and 7.2, said solution not containing any chitosan having a degree of acetylation greater than 20%, said solution being liquid and homogeneous at ambient temperature.
A dialing method, comprising: a terminal receiving a called number input by a user and inquiring home location information of the called number; obtaining home location information of a local host number and information of a telecommunication operator to which the local host number belongs; determining a call type of this call according to the home location information of the called number, the home location information of the local host number and the information of the telecommunication operator to which the local host number belongs or current location information of a local host; extracting a dialing prefix corresponding to the call type and the telecommunication operator to which the local host number belongs according to corresponding relationship information among a stored dialing prefix with the telecommunication operator and the call type; and combining the extracted dialing prefix with the called number into a target number to make the call. a terminal receiving a called number input by a user and inquiring home location information of the called number; obtaining home location information of a local host number and information of a telecommunication operator to which the local host number belongs; determining a call type of this call according to the home location information of the called number, the home location information of the local host number and the information of the telecommunication operator to which the local host number belongs or current location information of a local host; extracting a dialing prefix corresponding to the call type and the telecommunication operator to which the local host number belongs according to corresponding relationship information among a stored dialing prefix with the telecommunication operator and the call type; and combining the extracted dialing prefix with the called number into a target number to make the call.
An aerosol generating system comprising: a case and an inhalation device, which can be accommodated in the case, the case having a body and a lid movable relative to the body, characterized in that the inhalation device and the lid have a combination of at least one magnet and at least one ferritic element (22, 28), which cooperate to move the inhalation device relative to the body, when the lid is moved relative to the body, and wherein the lid has at least one sliding pin, which is slidable relative to the body, and on which at least one magnet or ferritic element is provided.
A prosthetic heart valve comprising: a collapsible and expandable stent extending from an inflow end to an outflow end; a plurality of prosthetic valve leaflets coupled to the stent, each leaflet having a leaflet belly, the leaflet bellies being portions of the prosthetic valve leaflets above which the prosthetic valve leaflets are free to move radially inwardly to coapt with one another; and a sealing ring coupled to stent adjacent the inflow end of the stent, the prosthetic heart valve characterized in that the sealing ring comprises a tube extending circumferentially around the inflow end of the stent, the sealing ring is axially offset from the leaflet belly when the stent is in a collapsed condition so that there is no axial overlap between the leaflet belly and the sealing ring, and the tube includes a wire coiled into a repeating shape such that the tube is collapsible, the repeating shape being a diamond shape having a major axis (X MAJOR) and a minor axis (X MINOR). a collapsible and expandable stent extending from an inflow end to an outflow end; a plurality of prosthetic valve leaflets coupled to the stent, each leaflet having a leaflet belly, the leaflet bellies being portions of the prosthetic valve leaflets above which the prosthetic valve leaflets are free to move radially inwardly to coapt with one another; and a sealing ring coupled to stent adjacent the inflow end of the stent,
Autonomous mobile robot configured for picking up, placing down, and transporting load carriers, comprising at least one chassis of at least approximately rectangular base shape with a preferred longitudinal axis and a preferred transverse axis, wherein the preferred longitudinal axis and the preferred transverse axis span a chassis plane, with a running gear, a drive, a control system, and at least one load carrier receiving device that is arranged for gripping at least one load carrier, for lifting the load carrier from a floor and/or lowering or placing the load carrier onto a floor in an area and/or at a location in the vicinity of the chassis, as well as for carrying the at least one load carrier in a position completely above the chassis and/or for placing the at least one load carrier onto the chassis and/or for lifting the at least one load carrier from the chassis, wherein the load carrier receiving device comprises two arms (6, 6') that are arranged in longitudinal areas that are opposite with respect to the chassis in the vicinity of one of the two longitudinal ends of the chassis, and that are pivotable or rotatable about an arm pivot axis parallel to the preferred transverse axis in at least one plane perpendicular to the chassis plane, wherein after picking up a load carrier at a pickup position, the load carrier is moved into a position completely above the chassis and/or is moved from a position completely above the chassis into a placement position by means of the load carrier receiving device, with the load carrier fully passing through a vertical plane oriented perpendicular to the chassis plane, wherein the arm pivot axis lies in this vertical plane, and wherein each pivotable arm (6, 6') has at its respective free end a gripping device (7, 7') for gripping at least one load carrier, or the pivotable arms (6, 6') have a common gripping device (7") arranged at their respective free ends for gripping at least one load carrier, characterized in that the load carrier receiving device is arranged for end-side gripping of the load carrier, that the gripping device (7") comprises one or more carrying elements (11") that can engage with the load carrier in an end-side free space and/or end-side free spaces in the load carrier to pick up the load carrier and can disengage from the load carrier with an end-side free space and/or end-side free spaces in the load carrier to place down and release the load carrier, wherein the carrying elements (11") in a pickup pose for picking up a load carrier from a floor or from the chassis or in a placement pose for placing down a load carrier on a floor and/or on the chassis, are aligned or can be aligned substantially parallel to a horizontal plane and/or substantially parallel to the chassis plane.
An insect trap comprising a body having an axis, and illumination means, the illumination means for emitting a light for attracting insects to said trap, wherein an electrical exterminating means for electrocuting an insect upon contact is provided on the body, the exterminating means comprising an electrocuting member, the electrocuting member being substantially "Z" shaped, wherein the body is adapted such that light from the illumination means is emitted out from the insect trap in a continuous range of at least 270° about the axis, characterised in that an insect catch tray is provided on the insect trap, said tray located to extend parallel to the axis of the body and disposed below the electrical exterminating means, and in that electrical components are provided for operating the exterminating means, the electrical components being located in a base portion of the insect trap when said trap is in an operating configuration.
An airbag apparatus housed within a steering wheel, comprising: an inflator which generates inflation gas; and an airbag deployed by the inflation gas to protect a passenger; wherein the airbag is housed as a compressed body which is compressed such that the compressed body minimally includes a mass which is irregularly collapsed and molded, and wherein the compressed body comprises: a vertical compressed part which is collapsed in the direction vertical to the surface that is horizontal to the rim of the steering wheel on the inflator side of the airbag; characterized in that the compressed body further comprises a horizontal compressed part which is collapsed along the surface that is horizontal to the rim at least on the distal side in the deployment direction of the vertical compressed part of the airbag. an inflator which generates inflation gas; and an airbag deployed by the inflation gas to protect a passenger; wherein the airbag is housed as a compressed body which is compressed such that the compressed body minimally includes a mass which is irregularly collapsed and molded, and wherein the compressed body comprises: a vertical compressed part which is collapsed in the direction vertical to the surface that is horizontal to the rim of the steering wheel on the inflator side of the airbag; characterized in that the compressed body further comprises a horizontal compressed part which is collapsed along the surface that is horizontal to the rim at least on the distal side in the deployment direction of the vertical compressed part of the airbag.
An isolated antibody or antigen-binding portion thereof that specifically binds soluble high molecular weight tau species and does not bind soluble low molecular weight tau species, wherein the HMW tau species is non-fibrillar, with a molecular weight of at least 500 kDa as determined by size exclusion chromatography, and wherein the LMW tau species has a molecular weight of no more than 200 kDa as determined by size exclusion chromatography.