mhurhangee/patent-ind-claim-en huggingface dataset:
A linker unit comprising a center core, a plurality of linking arms, a plurality of first elements, and optionally a coupling arm, wherein the center core comprises a first polypeptide comprising a plurality of lysine (K) residues, wherein each K residue and its next K residue are separated by a filler sequence comprising glycine (G) and serine (S) residues, and the number of K residues ranges from 2 to 15; the plurality of linking arms are respectively linked to the K residues of the center core, wherein each of the linking arms is a PEG chain having 2-20 repeats of EG units; the plurality of first elements are respectively linked to the plurality of linking arms, wherein each of the first elements is a single-chain variable fragment (scFv) specific for fibrin; and the amino acid residue at the N- or C-terminus of the center core has an azide or alkyne group; or the amino acid residue at the N- or C-terminus of the center core is a cysteine residue, and the thiol group of the cysteine residue is linked with the coupling arm having an azide, alkyne, tetrazine, cyclooctene, or cyclooctyne group at the free terminus of the coupling arm, the coupling arm is a PEG chain having 2-12 repeats of EG units; wherein the linker unit is produced by linking the plurality of first elements to the plurality of linking arms via forming an amide bound therebetween, or via thiol-maleimide reaction, copper catalyzed azide-alkyne cycloaddition (CuAAC) reaction, strained-promoted azide-alkyne click chemistry (SPAAC) reaction, or inverse electron demand Diels-Alder (iEDDA) reaction. the center core comprises a first polypeptide comprising a plurality of lysine (K) residues, wherein each K residue and its next K residue are separated by a filler sequence comprising glycine (G) and serine (S) residues, and the number of K residues ranges from 2 to 15; the plurality of linking arms are respectively linked to the K residues of the center core, wherein each of the linking arms is a PEG chain having 2-20 repeats of EG units; the plurality of first elements are respectively linked to the plurality of linking arms, wherein each of the first elements is a single-chain variable fragment (scFv) specific for fibrin; and the amino acid residue at the N- or C-terminus of the center core has an azide or alkyne group; or the amino acid residue at the N- or C-terminus of the center core is a cysteine residue, and the thiol group of the cysteine residue is linked with the coupling arm having an azide, alkyne, tetrazine, cyclooctene, or cyclooctyne group at the free terminus of the coupling arm, the coupling arm is a PEG chain having 2-12 repeats of EG units; wherein the linker unit is produced by linking the plurality of first elements to the plurality of linking arms via forming an amide bound therebetween, or via thiol-maleimide reaction, copper catalyzed azide-alkyne cycloaddition (CuAAC) reaction, strained-promoted azide-alkyne click chemistry (SPAAC) reaction, or inverse electron demand Diels-Alder (iEDDA) reaction.
An access control method, comprising: determining (S102), by a network-side network element, to implement access control for a user equipment with coverage enhancement; and transmitting (S104), by the network-side network element, access control information associated with a plurality of Long-Term Evolution, LTE, enhanced Machine Type Communication, eMTC, coverage enhancement levels, wherein the access control information is configured to indicate to the user equipment a condition for initiating random access to the network-side network element, wherein the random access is based on a coverage enhancement level from the plurality of coverage enhancement levels allowed for the user equipment for the random access, and wherein the access control information indicates that the user equipment that initiates a high rate service is allowed to access to the network-side network element without coverage enhancement, wherein the access control information indicates that the user equipment that initiates a common rate stream service is allowed to access to the network-side network element with no coverage enhancement, coverage enhancement level 0, or coverage enhancement level 1, and wherein the access control information indicates that the user equipment that initiates a low rate stream service is allowed to access to the network-side network element with the no coverage enhancement, the coverage enhancement level 0, the coverage enhancement level 1, coverage enhancement level 2, or coverage enhancement level 3. determining (S102), by a network-side network element, to implement access control for a user equipment with coverage enhancement; and transmitting (S104), by the network-side network element, access control information associated with a plurality of Long-Term Evolution, LTE, enhanced Machine Type Communication, eMTC, coverage enhancement levels, wherein the access control information is configured to indicate to the user equipment a condition for initiating random access to the network-side network element, wherein the random access is based on a coverage enhancement level from the plurality of coverage enhancement levels allowed for the user equipment for the random access, and wherein the access control information indicates that the user equipment that initiates a high rate service is allowed to access to the network-side network element without coverage enhancement, wherein the access control information indicates that the user equipment that initiates a common rate stream service is allowed to access to the network-side network element with no coverage enhancement, coverage enhancement level 0, or coverage enhancement level 1, and wherein the access control information indicates that the user equipment that initiates a low rate stream service is allowed to access to the network-side network element with the no coverage enhancement, the coverage enhancement level 0, the coverage enhancement level 1, coverage enhancement level 2, or coverage enhancement level 3.
An authorization management apparatus for an elevator service request, comprising: a receiving unit configured to receive authorization request information from one or more personal mobile terminals ; characterized in that : the authorization management apparatus further comprises a selecting unit configured to select an authorization mode from at least two of the following three authorization modes: (a) fully auto-allowed authorization or fully auto-forbidden authorization, (b) auto-allowed authorization or auto-forbidden authorization in batches, and (c) allowed authorization or forbidden authorization fully based on manual input; and an authorization management unit configured to determine, at least based on the selected authorization mode, whether the authorization request information from the personal mobile terminal is allowed to be authorized; wherein the selecting unit is further configured to acquire a list of first terminal identifiers of personal mobile terminals for allowing authorization automatically in batches and/or a list of second terminal identifiers of personal mobile terminals for forbidding authorization automatically in batches when the authorization mode (b) is selected. the authorization management apparatus further comprises a selecting unit configured to select an authorization mode from at least two of the following three authorization modes: (a) fully auto-allowed authorization or fully auto-forbidden authorization, (b) auto-allowed authorization or auto-forbidden authorization in batches, and (c) allowed authorization or forbidden authorization fully based on manual input; and (a) fully auto-allowed authorization or fully auto-forbidden authorization, (b) auto-allowed authorization or auto-forbidden authorization in batches, and (c) allowed authorization or forbidden authorization fully based on manual input; and an authorization management unit configured to determine, at least based on the selected authorization mode, whether the authorization request information from the personal mobile terminal is allowed to be authorized; wherein the selecting unit is further configured to acquire a list of first terminal identifiers of personal mobile terminals for allowing authorization automatically in batches and/or a list of second terminal identifiers of personal mobile terminals for forbidding authorization automatically in batches when the authorization mode (b) is selected.
Awning device , comprising an awning with at least one arch element stabilizing an arch, at least one winding shaft for winding up and off the awning , and at least one traction rope , wherein the at least one traction rope is connected with a first region of the awning which, in the wound off state of the awning , is tightly tensioned and within which a section of the at least one arch element is arranged, wherein the at least one arch element is, in the non-loaded state, essentially straight or comprises, at least in one section, an arch facing to the bottom, characterized in that the awning comprises, at least on one side of the first region , a second region into which the at least one arch element extends, the second region being mounted on the at least one arch element in a loosely hanging manner.
A method comprising: receiving , by a communication device during a contact interaction with an access device , a reset action; in response to the reset action, transmitting, by the communication device to the access device , interoperability level data comprising an answer to reset, ATR, value; generating (S154), by the communication device during the interaction with the access device , a cryptogram using transaction level data and the interoperability level data, wherein the transaction level data comprises data relating to application selection and transaction processing; transmitting , by the communication device , the transaction level data to the access device; and transmitting by the communication device , the cryptogram to the access device , wherein the access device or a remote server computer in communication with the access device validates (S158) the cryptogram before allowing the interaction to proceed by: receiving the cryptogram, the transaction level data, and the interoperability data; decrypting the cryptogram to obtain the transaction level data and the interoperability level data; and comparing the transaction level data and interoperability level data received from the communication device with the transaction level data and the interoperability level data obtained from the cryptogram to determine if the received cryptogram is validated. receiving , by a communication device during a contact interaction with an access device , a reset action; in response to the reset action, transmitting, by the communication device to the access device , interoperability level data comprising an answer to reset, ATR, value; generating (S154), by the communication device during the interaction with the access device , a cryptogram using transaction level data and the interoperability level data, wherein the transaction level data comprises data relating to application selection and transaction processing; transmitting , by the communication device , the transaction level data to the access device; and transmitting by the communication device , the cryptogram to the access device , wherein the access device or a remote server computer in communication with the access device validates (S158) the cryptogram before allowing the interaction to proceed by: receiving the cryptogram, the transaction level data, and the interoperability data; decrypting the cryptogram to obtain the transaction level data and the interoperability level data; and comparing the transaction level data and interoperability level data received from the communication device with the transaction level data and the interoperability level data obtained from the cryptogram to determine if the received cryptogram is validated. receiving the cryptogram, the transaction level data, and the interoperability data; decrypting the cryptogram to obtain the transaction level data and the interoperability level data; and comparing the transaction level data and interoperability level data received from the communication device with the transaction level data and the interoperability level data obtained from the cryptogram to determine if the received cryptogram is validated.
A single-use rotor having at least one shaft and at least one short-circuit cage , the short-circuit cage having electrically conductive rods and ferromagnetic material arranged at least between the rods, in particular at least one laminated core, and the rotor having at least one fluid movement means coupled to said at least one shaft for transmitting the rotational movement to a fluid, the short-circuit cage being designed to be non-permanently magnetic, wherein the axle is coupled to the short-circuit cage in a torsionally rigid manner by means of at least one plastic body , wherein the short-circuit cage is designed as an external rotor for enclosing a device for generating at least one rotating electromagnetic field, wherein the extension of the short-circuit cage in the direction of the axle is greater than 50 % of the internal diameter of the short-circuit cage .
Assembly comprising a floating pipeline and a working vessel in the vicinity of the pipeline, wherein the pipeline comprises multiple floating pipeline sections and a coupling assembly for mutual coupling of subsequent pipeline sections, wherein the coupling assembly comprises a first buoyancy body and a first connector at the end of a first pipeline section, and a second buoyancy body and a second connector at the end of a second pipeline section for connecting cooperation with the first connector, and wherein the working vessel comprises a hull , a first winch on the hull, and a first mooring cable around the first winch having a first fixation part at its free end, characterized in that the working vessel furthermore comprises a second winch and a third winch on the hull, a second mooring cable around the second winch having a second fixation part at its free end, a third mooring cable around the third winch having a third fixation part at its free end, and a manipulator arm on the hull for manipulation of the fixation parts with respect to the hull, and wherein the coupling assembly comprises a first catcher on the first buoyancy body for fixating cooperation with the first fixation part, a second catcher on the second buoyancy body for fixating cooperation with the second fixation part, a third catcher on the second buoyancy body for fixating cooperation with the third fixation part, and a mooring cable guide on the first buoyancy body for guidance of the third mooring cable via the first buoyancy body to the second buoyancy body.
A microbial fuel cell (MFC) in which the anode and/or cathode half-cell comprises at least one additional electrode insulated from direct contact with the working electrode and arranged to be coupled to an external voltage or current source, wherein the additional electrode does not comprise an internal redox system.
A n outdoor unit constituting part of an air-conditioning apparatus using a flammable refrigerant, the outdoor unit comprising: a housing ; a compressor disposed inside the housing and configured to compress a refrigerant; a heat-source-side heat exchanger disposed along a part of an inner wall of the housing , and into which the refrigerant discharged from the compressor or the refrigerant that is to be suctioned into the compressor flows; an outdoor air-sending device disposed on a top of the housing and configured to form an air flow inside the housing ; a controller configured to control the compressor and the outdoor air-sending device ; and an electrical component box disposed in the housing and configured to accommodate at least the controller and an electrical component used for controlling a drive unit included in the air-conditioning apparatus , wherein the electrical component box is disposed such that a bottom surface of the electrical component box is located at a height greater than 1/3 a height of the housing from a bottom surface of the housing , and wherein the controller and the electrical component are disposed such that bottom surfaces thereof are located at a height greater than 1/3 a height of the electrical component box from the bottom surface of the electrical component box . a housing ; a compressor disposed inside the housing and configured to compress a refrigerant; a heat-source-side heat exchanger disposed along a part of an inner wall of the housing , and into which the refrigerant discharged from the compressor or the refrigerant that is to be suctioned into the compressor flows; an outdoor air-sending device disposed on a top of the housing and configured to form an air flow inside the housing ; a controller configured to control the compressor and the outdoor air-sending device ; and an electrical component box disposed in the housing and configured to accommodate at least the controller and an electrical component used for controlling a drive unit included in the air-conditioning apparatus , wherein the electrical component box is disposed such that a bottom surface of the electrical component box is located at a height greater than 1/3 a height of the housing from a bottom surface of the housing , and wherein the controller and the electrical component are disposed such that bottom surfaces thereof are located at a height greater than 1/3 a height of the electrical component box from the bottom surface of the electrical component box .
A packaging material for a packaging container for liquid or semi-liquid food, comprising a decor layer , being an outermost, heat-sealable polymer layer, which on one side of the layer has a bulk layer having a density measured by IS01183 method D of less than 700 kg/m 3 and crosslinked foamed cellulose of at least 25% thickness determined by microscopy of the bulk layer, which on the side opposite the decor layer has a barrier layer , which on the side opposite the bulk layer has a heat-sealable polymer layer .
A cryogenic cooling system comprising: a primary insert comprising: a plurality of primary plates , each primary plate having a primary contact surface; and one or more primary connecting members arranged so as to connect the plurality of primary plates; a demountable secondary insert comprising: a plurality of secondary plates , each secondary plate having a secondary contact surface; and one or more secondary connecting members arranged so as to connect the plurality of secondary plates such that the secondary insert is self-supporting; a cooling apparatus attached to the secondary insert; and one or more adjustment members; wherein the one or more adjustment members are configured such that, when the secondary insert is mounted to the primary insert, the adjustment members cause the primary and secondary contact surfaces of the respective primary and secondary plates to be brought into conductive thermal contact. a primary insert comprising: a plurality of primary plates , each primary plate having a primary contact surface; and one or more primary connecting members arranged so as to connect the plurality of primary plates; a plurality of primary plates , each primary plate having a primary contact surface; and one or more primary connecting members arranged so as to connect the plurality of primary plates; a demountable secondary insert comprising: a plurality of secondary plates , each secondary plate having a secondary contact surface; and one or more secondary connecting members arranged so as to connect the plurality of secondary plates such that the secondary insert is self-supporting; a cooling apparatus attached to the secondary insert; and one or more adjustment members; a plurality of secondary plates , each secondary plate having a secondary contact surface; and one or more secondary connecting members arranged so as to connect the plurality of secondary plates such that the secondary insert is self-supporting; a cooling apparatus attached to the secondary insert; and one or more adjustment members; wherein the one or more adjustment members are configured such that, when the secondary insert is mounted to the primary insert, the adjustment members cause the primary and secondary contact surfaces of the respective primary and secondary plates to be brought into conductive thermal contact.
An electric vehicle, wherein the electric vehicle at least comprises a frame unit and a vehicle body cover unit ; the frame unit comprises tread tubes extending toward a rear side of a vehicle body, the tread tubes being arranged pairwise at left and right sides respectively as a left tread tube and a right tread tube ; the vehicle body cover unit at least comprises a tread board that shields the left tread tube and the right tread tube ; the frame unit is provided with a battery box that receives and holds therein a battery , and the frame unit is provided thereon with a side stand (B), wherein the electric vehicle is provided with an electric connection mechanism on the vehicle body at one side thereof opposite to the side stand (B) for replenishing the battery with external electric power; wherein the frame unit is provided thereon with a seat section ; the vehicle body cover unit further comprises a central vehicle body cover , the central vehicle body cover being located under the seat section ; wherein when viewed from a top side, the electric connection mechanism and the side stand (B) are respectively located at two sides of a vehicle body center axis line of the electric vehicle ; wherein the electric connection mechanism comprises an electric connection seat and a shielding member set outside and covering the electric connection seat ; wherein the electric connection seat comprises an opening section and a receptacle arranged in the opening section ; the shielding member is rotatably mounted to the frame unit or the central vehicle body cover by a pivotal joint section ; characterized in that the opening section of the electric connection seat is formed in a manner of facing away from the vehicle body center axis line of the electric vehicle and generally horizontal with respect to a ground surface.
Suction device for separating particles from a suction flow , comprising a suction motor for generating the suction flow and a suction device housing having an operating wall for operating the suction device , wherein at least one module location is located at the operating wall for the accommodation of at least one function module (50a - 50d) providing an electric and/or optical and/or acoustic function, wherein an electric connecting assembly for an electric connection of the at least one function module (50a - 50d) to the suction device is located at the module location , and wherein the at least one function module (50a - 50d) is releasably connectable to the suction device housing by means of connecting means , characterised in that the suction device has a function module (50a - 50d), which can be located at the module location of the suction device and connected mechanically to the suction device by means of connecting means and electrically to an electric connecting assembly and which provides an electric and/or optical and/or acoustic function, and in that the function module (50a - 50d) has a wireless external interface for the wireless communication with the function module (50a - 50d) and/or the suction device .