mhurhangee/ep-ind-claims huggingface dataset:
An uplink data transmission method, comprising: sending, by a terminal device to a network device, information used to request a grant-free transmission resource; wherein the sending, by a terminal device to a network device, information used to request a grant-free transmission resource comprises: sending, by the terminal device, a first random access preamble sequence, to request the grant-free transmission resource from the network device, wherein the first random access preamble sequence belongs to a first random access preamble sequence group, which is used to request a grant-free transmission resource and comprises at least one random access preamble sequence; receiving, by the terminal device, resource indication information sent by the network device, wherein the resource indication information is used to indicate a grant-free transmission resource that is allocated by the network device to the terminal device according to the information used to request the grant-free transmission resource; and determining, by the terminal device according to the resource indication information, the transmission resource used for performing grant-free transmission. sending, by a terminal device to a network device, information used to request a grant-free transmission resource; wherein the sending, by a terminal device to a network device, information used to request a grant-free transmission resource comprises: sending, by the terminal device, a first random access preamble sequence, to request the grant-free transmission resource from the network device, wherein the first random access preamble sequence belongs to a first random access preamble sequence group, which is used to request a grant-free transmission resource and comprises at least one random access preamble sequence; receiving, by the terminal device, resource indication information sent by the network device, wherein the resource indication information is used to indicate a grant-free transmission resource that is allocated by the network device to the terminal device according to the information used to request the grant-free transmission resource; and determining, by the terminal device according to the resource indication information, the transmission resource used for performing grant-free transmission. sending, by the terminal device, a first random access preamble sequence, to request the grant-free transmission resource from the network device, wherein the first random access preamble sequence belongs to a first random access preamble sequence group, which is used to request a grant-free transmission resource and comprises at least one random access preamble sequence; receiving, by the terminal device, resource indication information sent by the network device, wherein the resource indication information is used to indicate a grant-free transmission resource that is allocated by the network device to the terminal device according to the information used to request the grant-free transmission resource; and determining, by the terminal device according to the resource indication information, the transmission resource used for performing grant-free transmission.
A system for the transdermal delivery of a pharmaceutically active agent comprising: (i) a layer containing a nitrite; and (ii) a hydrogel that contains hydrogen ions; wherein the layer containing a nitrite and/or the hydrogel comprises a pharmaceutically active agent, and wherein the system does not contain a source of Cu 2+, Zn 2+ and/or Fe 2+ ions. (i) a layer containing a nitrite; and (ii) a hydrogel that contains hydrogen ions;
A network management system for a communications network, the network having nodes, at least one of the nodes comprising communications apparatus capable of being operated in different power consumption modes which provide different levels of performance in passing communications traffic, the network management system having: a path computation apparatus configured to select paths for the traffic using the communications apparatus, based on information about traffic load in the network and on information about the power consumption modes of the communications apparatus of at least one of the nodes, and a power mode controller coupled to the path computation apparatus for controlling the power consumption modes of at least one of the communications apparatus according to information about traffic load and according to information about the paths selected, and the power mode controller being configured to control the power consumption modes for at least one of the communications apparatus in response to a request from a respective communications apparatus for a different power consumption mode when it detects that its traffic load has reached a traffic threshold. a path computation apparatus configured to select paths for the traffic using the communications apparatus, based on information about traffic load in the network and on information about the power consumption modes of the communications apparatus of at least one of the nodes, and a power mode controller coupled to the path computation apparatus for controlling the power consumption modes of at least one of the communications apparatus according to information about traffic load and according to information about the paths selected, and the power mode controller being configured to control the power consumption modes for at least one of the communications apparatus in response to a request from a respective communications apparatus for a different power consumption mode when it detects that its traffic load has reached a traffic threshold.
Method for printing patterns on glazing by screen printing, in which the screen printing screen coated with the photosensitive composition exhibits a roughness of the face turned toward the substrate of 2 to 10 μm and preferably of 3 to 8 μm, the overall thickness variations of the coated cloth not exceeding ± 2 μm, the over thickness of the fabric linked to the presence of the coating is not greater than 10% of the thickness of the fabric alone.
Access hatch with a cover frame in which an insulation board is fastened, wherein a fastening means is inserted into the insulation board, characterised in that the connection between insulation board and cover frame is carried out by means of said fastening means, which is a nail, a pin or a staple, wherein the fastening means is driven into said insulation board through the cover frame.
A rotor for an electric motor, comprising: a first rotor endpiece; a second rotor endpiece; a permanent magnet, secured between the first rotor endpiece and the second rotor endpiece; and a sleeve configured to surround a portion of the first rotor endpiece, a portion of the second rotor endpiece, and the permanent magnet; characterized in that the rotor further includes: one or more first retention features provided on the first rotor endpiece; and one or more second retention features provided on the second rotor endpiece, wherein each of the first retention features and the second retention features are configured to engage with the sleeve, characterised in that the sleeve comprises a plurality of first openings each configured to receive at least one of the first retention features and a plurality of second openings each configured to receive at least one of the second retention features. a first rotor endpiece; a second rotor endpiece; a permanent magnet, secured between the first rotor endpiece and the second rotor endpiece; and a sleeve configured to surround a portion of the first rotor endpiece, a portion of the second rotor endpiece, and the permanent magnet; characterized in that the rotor further includes: one or more first retention features provided on the first rotor endpiece; and one or more second retention features provided on the second rotor endpiece, wherein each of the first retention features and the second retention features are configured to engage with the sleeve, characterised in that the sleeve comprises a plurality of first openings each configured to receive at least one of the first retention features and a plurality of second openings each configured to receive at least one of the second retention features. one or more first retention features provided on the first rotor endpiece; and one or more second retention features provided on the second rotor endpiece, wherein each of the first retention features and the second retention features are configured to engage with the sleeve, characterised in that the sleeve comprises a plurality of first openings each configured to receive at least one of the first retention features and a plurality of second openings each configured to receive at least one of the second retention features.
A rear view mirror for a vehicle, said rear view mirror comprising a spoiler (1, 1', 1") for optimizing airflow, the spoiler (1, 1', 1") comprising: a flexible surface layer (2, 2', 2") which is reversibly deformable and which is arranged to cover an opening (4, 4', 4") in a surface of the rear view mirror; and at least one stamp (3a, 3a', 3a", 3b) comprising active material for deforming the flexible surface layer (2, 2', 2"), wherein the at least one stamp (3a, 3a', 3a", 3b) is adapted to translate between a retracted and a deployed position; wherein at least part of at least one of the stamps (3a, 3a', 3a", 3b) moves substantially along a curved line between the retracted and the deployed position. a flexible surface layer (2, 2', 2") which is reversibly deformable and which is arranged to cover an opening (4, 4', 4") in a surface of the rear view mirror; and at least one stamp (3a, 3a', 3a", 3b) comprising active material for deforming the flexible surface layer (2, 2', 2"), wherein the at least one stamp (3a, 3a', 3a", 3b) is adapted to translate between a retracted and a deployed position; wherein at least part of at least one of the stamps (3a, 3a', 3a", 3b) moves substantially along a curved line between the retracted and the deployed position.
An orthotic insert for children suffering from Sever's disease, said insert comprising: - a shell plate, which has a length corresponding to the length of the user's foot; and - a wedge attached to the top surface of the shell plate, and extending from a back end position on the shell plate corresponding to a position in front of the user's medial and lateral process of tuberosity, but in close proximity thereto, and towards a front end position on the shell plate corresponding to a position of the user's metatarsus; wherein the wedge has a front face portion and a rear face portion; wherein the rear face portion inclines upwards from the back end position on shell plate to the front part, and wherein the front face portion declines downward from the front part of the rear face portion towards the front end position on the shell plate; wherein the front face portion of the wedge is positioned such that a part of the user's foot corresponding to the calcaneal tubercle is resting thereon; characterized in that the wedge extends from a position on the shell plate of 35-55 mm from the rear end of the shell plate, and towards the front end of the shell plate, wherein the wedge is shaped such that the proximal part of the user's calcaneus, where the apophysis is present, is raised to such an extent that the proximal part of the user's heel only slightly touches the orthotic insert as his or her foot strikes the ground during walking or running. - a shell plate, which has a length corresponding to the length of the user's foot; and - a wedge attached to the top surface of the shell plate, and extending from a back end position on the shell plate corresponding to a position in front of the user's medial and lateral process of tuberosity, but in close proximity thereto, and towards a front end position on the shell plate corresponding to a position of the user's metatarsus; wherein the wedge has a front face portion and a rear face portion; wherein the rear face portion inclines upwards from the back end position on shell plate to the front part, and wherein the front face portion declines downward from the front part of the rear face portion towards the front end position on the shell plate; wherein the front face portion of the wedge is positioned such that a part of the user's foot corresponding to the calcaneal tubercle is resting thereon; characterized in that the wedge extends from a position on the shell plate of 35-55 mm from the rear end of the shell plate, and towards the front end of the shell plate, wherein the wedge is shaped such that the proximal part of the user's calcaneus, where the apophysis is present, is raised to such an extent that the proximal part of the user's heel only slightly touches the orthotic insert as his or her foot strikes the ground during walking or running.
A mattress extendable in a longitudinal direction and a lateral direction for improved sleep quality and low-pressure support to a recumbent body, comprising: a performance layer comprising along the longitudinal direction thereof: a first shoulder section with first shoulder displacement parameters disposed on an end thereof configured to support a shoulder region of the recumbent body; a second shoulder section with second shoulder displacement parameters disposed at an opposite end of the performance layer to said first shoulder section in the longitudinal direction; a first thoracic section with first thoracic displacement parameters disposed next to a distal end of said first shoulder section configured to support a thoracic region of the recumbent body; a second thoracic section with second thoracic displacement parameters disposed next to a proximal end of the second shoulder section, the second thoracic section being thinner than the second shoulder section with a layer of said second shoulder section disposed thereabove to compensate for a thickness thereof such that the performance layer has a uniform thickness; and a hip section with hip displacement parameters disposed next to a distal end of said first thoracic section configured to support a hip region of the recumbent body; and a core layer disposed below said performance layer for supporting said performance layer. a first shoulder section with first shoulder displacement parameters disposed on an end thereof configured to support a shoulder region of the recumbent body; a second shoulder section with second shoulder displacement parameters disposed at an opposite end of the performance layer to said first shoulder section in the longitudinal direction; a first thoracic section with first thoracic displacement parameters disposed next to a distal end of said first shoulder section configured to support a thoracic region of the recumbent body; a second thoracic section with second thoracic displacement parameters disposed next to a proximal end of the second shoulder section, the second thoracic section being thinner than the second shoulder section with a layer of said second shoulder section disposed thereabove to compensate for a thickness thereof such that the performance layer has a uniform thickness; and a hip section with hip displacement parameters disposed next to a distal end of said first thoracic section configured to support a hip region of the recumbent body; and a core layer disposed below said performance layer for supporting said performance layer.
A process for production of a water-absorbent resin, which comprises the step of mixing a monomer liquid with a polymerization initiator and then polymerizing the resultant mixture, thereby producing the water-absorbent resin; with the process further comprising the steps of: (a) continuously supplying the monomer liquid to a supply pipe line to continuously stir the monomer liquid in the supply pipe line by means of a stirrer having an inline structure; (b) causing the polymerization initiator to join into a flow of the monomer liquid being in a stirred state, thereby obtaining a mixed liquid of the monomer liquid and the polymerization initiator; and (c) continuously supplying the mixed liquid from the supply pipe line to a polymerization apparatus to cause the mixed liquid to run a polymerization reaction. (a) continuously supplying the monomer liquid to a supply pipe line to continuously stir the monomer liquid in the supply pipe line by means of a stirrer having an inline structure; (b) causing the polymerization initiator to join into a flow of the monomer liquid being in a stirred state, thereby obtaining a mixed liquid of the monomer liquid and the polymerization initiator; and (c) continuously supplying the mixed liquid from the supply pipe line to a polymerization apparatus to cause the mixed liquid to run a polymerization reaction.
An antibody comprising a heavy chain constant region comprising, from N-terminus to C-terminus, a CH1 domain, a hinge, a CH2 domain, and a CH3 domain wherein: (a) the CH1 domain comprises a human IgG1 CH1 domain or a human IgG4 CH1 domain having the amino acid sequence DKKV or DKRV from positions 212 to 215 (EU numbering), (b) the hinge comprises a human IgG1 or a human IgG4 upper hinge amino acid sequence from positions 216 to 227 (EU numbering) and a human IgG2 lower hinge amino acid sequence PCPAPPVA (SEQ ID NO: 3) from positions 228 to 236 (EU numbering), (c) the CH2 domain comprises a human IgG4 CH2 domain amino acid sequence from positions 237 to 340 (EU numbering), and (d) the CH3 domain comprises a human IgG1 or a human IgG4 CH3 domain sequence from positions 341 to 447 (EU numbering), and wherein the antibody is capable of binding to an FcyR with lower affinity than a corresponding antibody comprising a wild-type IgG1 or wild-type IgG4 heavy chain constant region, the antibody is capable of binding FcγRIIA and optionally FcγRIIB, and the antibody is capable of binding FcγRIIA with higher affinity compared to its binding affinity to FcγRIIB. (a) the CH1 domain comprises a human IgG1 CH1 domain or a human IgG4 CH1 domain having the amino acid sequence DKKV or DKRV from positions 212 to 215 (EU numbering), (b) the hinge comprises a human IgG1 or a human IgG4 upper hinge amino acid sequence from positions 216 to 227 (EU numbering) and a human IgG2 lower hinge amino acid sequence PCPAPPVA (SEQ ID NO: 3) from positions 228 to 236 (EU numbering), (c) the CH2 domain comprises a human IgG4 CH2 domain amino acid sequence from positions 237 to 340 (EU numbering), and (d) the CH3 domain comprises a human IgG1 or a human IgG4 CH3 domain sequence from positions 341 to 447 (EU numbering), and
A method comprising: initiating authentication for a user requesting access to one or more IT resources via a system for authenticating the user based on an identification confidence score of the user, the identification confidence score being based on one or more characteristics of the user comprising, in addition to user's biometrics, a geographical location of a device used by the user and/or an authentication history of the user, further a reputation of an internet protocol, IP, address used by the device, the IP address being used by the user to access the system; conducting continuous authentication based on the identification confidence score; monitoring, using a machine learning model for the user, user activity of the user for anomalous activity to generate first data; determining, based on the monitoring, differences between the first data and historical utilization data for the user to determine whether the user's utilization of the one or more IT resources is anomalous; modifying the identification confidence score of the user if the user's monitored activity is determined to be anomalous; and removing, when the user's utilization of the one or more IT resources is anomalous, the user's access to the one or more IT resources. initiating authentication for a user requesting access to one or more IT resources via a system for authenticating the user based on an identification confidence score of the user, the identification confidence score being based on one or more characteristics of the user comprising, in addition to user's biometrics, a geographical location of a device used by the user and/or an authentication history of the user, further a reputation of an internet protocol, IP, address used by the device, the IP address being used by the user to access the system; conducting continuous authentication based on the identification confidence score; monitoring, using a machine learning model for the user, user activity of the user for anomalous activity to generate first data; determining, based on the monitoring, differences between the first data and historical utilization data for the user to determine whether the user's utilization of the one or more IT resources is anomalous; modifying the identification confidence score of the user if the user's monitored activity is determined to be anomalous; and removing, when the user's utilization of the one or more IT resources is anomalous, the user's access to the one or more IT resources.
Conveyor device (2, 652) for transporting objects arranged in succession, for example goods or workpieces, in particular motor vehicle bodies (12, 612), having a conveyor segment (16, 616) on which the objects (12, 612) can be moved by means of a fixed drive system (40, 42), wherein the conveyor segment (16, 616) has at least one transfer section (24, 30, 36, 624, 632), to which the objects (12, 612) are supplied with a first direction of movement (48, 52, 56, 646, 650), in which the objects (12, 616) are rotated about an axis of rotation (48, 52, 56, 648, 656), and from which the objects (12, 612) are removed with a second direction of movement (50, 54, 58, 650, 652) that is different from the first direction of movement (46, 50, 54, 646, 650), characterized in that the conveyor segment (16, 616) contains an acceleration section (22, 622) arranged upstream of the transfer section (24, 30, 36, 624, 632) and a braking section (26, 626) arranged downstream of the transfer section, wherein the objects (12, 612) in the acceleration section (22, 622) are accelerated by means of a supply unit (23, 623) from a first transport speed (v T1) to a higher second transport speed (v T2), the accelerated objects (12, 612) are supplied with a direction of movement (42, 52, 56, 646, 650) to the transfer section (24, 30 36, 624, 632) from the acceleration section (22, 622), are rotated in the transfer section (24, 30, 36, 624, 632) about the axis of rotation (48, 52, 56, 648, 656), and are handed over to the braking section (26, 626) with the second direction of movement (50, 54, 58, 650, 652) that is different from the first direction of movement (46, 50, 54, 646, 650), and the objects (12, 612) handed over to the braking section (26, 626) are braked by means of a handover unit (29, 629) from a third transport speed (v T3) to a lower fourth transport speed (v T4).