mhurhangee/ep-ind-claims huggingface dataset:
A marked substrate comprising: (a) a solid substrate surface composed of material selected from the group consisting of masonry, tar, asphalt, blacktop, resins, concrete, cement, stone, stucco, tiles, wood, polymeric materials, one or more layers of fresh or aged coating or marking already applied on said surface, and combinations thereof having disposed thereon, (b) a first coating comprising a pigment and a first binder polymer, said first coating having a dry film thickness of from 10 microns to 5000 microns; said first coating having disposed thereon, and (c) a clear second coating comprising from 75% to 100%, by weight based on the weight of said clear coating, nanosilica and from 0% to 25%, by weight based on the weight of the clear coating, a second binder polymer; said clear second coating having a dry film thickness of from 1 to 10 microns. (a) a solid substrate surface composed of material selected from the group consisting of masonry, tar, asphalt, blacktop, resins, concrete, cement, stone, stucco, tiles, wood, polymeric materials, one or more layers of fresh or aged coating or marking already applied on said surface, and combinations thereof having disposed thereon, (b) a first coating comprising a pigment and a first binder polymer, said first coating having a dry film thickness of from 10 microns to 5000 microns; said first coating having disposed thereon, and (c) a clear second coating comprising from 75% to 100%, by weight based on the weight of said clear coating, nanosilica and from 0% to 25%, by weight based on the weight of the clear coating, a second binder polymer; said clear second coating having a dry film thickness of from 1 to 10 microns.
An inclined abutment for a cemented prosthesis In dental Implantology, comprising: - a supragingival portion having a substantially truncated-cone shape with an elliptical base and having a longitudinal axis (X-X), hereinafter referred to as the longitudinal axis of the supragingival portion, - an emergence surface having a major axis (A-A') and a minor axis (B-B'); - a transmucosal portion which has an elliptical base coinciding with said emergence surface, a longitudinal axis (Y-Y) hereinafter referred to as the longitudinal axis of the transmucosal portion and which ends at an apex with an antirotational connection for the insertion of said abutment in use, wherein - said longitudinal axis (X-X) of said supragingival portion and said longitudinal axis (Y-Y) of said transmucosal portion form, relative to each other, a first angle (α; α'), comprised between 5 and 35 degrees, which angle defines the inclination of the abutment in use, - the lateral surface (11.1) of said supragingival portion forms with said longitudinal axis (X-X) of said supragingival portion a second angle (γ), comprised between 2 and 6 degrees, which angle defines the conometry of said supragingival portion, - said emergence surface and said longitudinal axis (X-X) of said supragingival portion form, relative to each other, a third angle (β; β'), comprised between 75 and 90 degrees, wherein said first angle (α; α') and said third angle (β; β') lay on a longitudinal plane which divides said abutment into two mirror-like halves and contains the major axis (A-A') or the minor axis (B-B') of said emergence surface. - a supragingival portion having a substantially truncated-cone shape with an elliptical base and having a longitudinal axis (X-X), hereinafter referred to as the longitudinal axis of the supragingival portion, - an emergence surface having a major axis (A-A') and a minor axis (B-B'); - a transmucosal portion which has an elliptical base coinciding with said emergence surface, a longitudinal axis (Y-Y) hereinafter referred to as the longitudinal axis of the transmucosal portion and which ends at an apex with an antirotational connection for the insertion of said abutment in use, wherein - said longitudinal axis (X-X) of said supragingival portion and said longitudinal axis (Y-Y) of said transmucosal portion form, relative to each other, a first angle (α; α'), comprised between 5 and 35 degrees, which angle defines the inclination of the abutment in use, - the lateral surface (11.1) of said supragingival portion forms with said longitudinal axis (X-X) of said supragingival portion a second angle (γ), comprised between 2 and 6 degrees, which angle defines the conometry of said supragingival portion, - said emergence surface and said longitudinal axis (X-X) of said supragingival portion form, relative to each other, a third angle (β; β'), comprised between 75 and 90 degrees, wherein said first angle (α; α') and said third angle (β; β') lay on a longitudinal plane which divides said abutment into two mirror-like halves and contains the major axis (A-A') or the minor axis (B-B') of said emergence surface.
A fusion protein (rLZ-8-HSA) of a recombinant ganoderma immunoregulatory protein and a human serum albumin, wherein a C-terminal of a ganoderma immunoregulatory protein is connected to the human serum albumin through a connecting peptide, and an amino acid sequence of the fusion protein is SEQ ID NO. 1.
Continuous passive motion apparatus comprising a base (12,36), a support (16,40) for the thigh of a patient, an inflatable bladder (24,54) below the thigh support (16,40) for lifting the thigh support (16,40) as the bladder is inflated and lowering it as the bladder (24,54) is deflated, and a connection (20,38) between the base (12,36) and the thigh support (16,40) which permits the thigh support (16,40) to change its angle with respect to the base (12,36) as the bladder (24,54) inflates and deflates; characterized in that said connection (20,38) between the base (12,36) and the thigh support (16,40) also permits the thigh support (16,40) to perform rectilinear movements with respect to the base (12,36).
Artificial snow at normal temperature for skiing, composed of grains of artificial snow at normal temperature that include magnetic solid grains, wherein residual magnetism in the solid grains is within a range of 1,000 - 9,000 Gs, and grain size of the solid grains is within a range of 1-3 mm, wherein the magnetic material in the solid grains is a ferrite magnetic material or an Nd-Fe-B rare earth permanent magnetic material, wherein a macromolecular material layer or a metal coating is bonded to the surfaces of the solid grains, wherein the macromolecular material is a plastic material, a paint material, or a polymer based composite material, wherein the macromolecular material is polyethylene, polypropylene, polyvinyl chloride, or polyurethane.
A non-aqueous liquid electrolyte comprising a non-aqueous organic solvent, a lithium salt and an additive, wherein the additive is an isocyanate-based compound comprising a carbon-carbon triple bond, and wherein the isocyanate-based compound comprising a carbon-carbon triple bond comprises one or more compounds selected from the group consisting of compounds represented by the following Chemical Formulae 1 to 3: wherein, in Chemical Formula 3, R is a linear or cyclic alkyl group, or an aromatic alkyl compound.
A multi-stage fiber processing system comprises: first and second fiber holders configured to hold respective portions of at least one fiber; and a plurality of heat sources arranged between the first and second fiber holders and configured to provide a heat zone that axially extends about the at least one fiber, characterized in that the plurality of heat sources includes two 3 electrode heat sources (HS1, HS2) configured to generate nine arcs, including 3 arcs generated between the 3 electrodes of each heat source (HS1, HS2), which account for 6 arcs, and 3 arcs between the two 3 electrode heat sources (HS1, HS2). first and second fiber holders configured to hold respective portions of at least one fiber; and a plurality of heat sources arranged between the first and second fiber holders and configured to provide a heat zone that axially extends about the at least one fiber, characterized in that the plurality of heat sources includes two 3 electrode heat sources (HS1, HS2) configured to generate nine arcs, including 3 arcs generated between the 3 electrodes of each heat source (HS1, HS2), which account for 6 arcs, and 3 arcs between the two 3 electrode heat sources (HS1, HS2).
A method of wireless communication performed by a network radio transceiver or a user equipment, the method comprising: wirelessly communicating over a first time division duplex, TDD, carrier, wherein the first TDD carrier is paired with a second TDD carrier, said first and second TDD carriers being inter-band carriers that are separated in frequency, wherein the first TDD carrier and the second TDD carrier include a number of uplink time slots, downlink time slots, and special time slots, wherein an uplink/downlink configuration of time slots in the first TDD carrier is complementary in direction relative to a time-aligned uplink/downlink configuration of time slots in the second TDD carrier, and wherein the special time slots are utilized for downlink-to-uplink switching on the first TDD carrier and the second TDD carrier; and wirelessly communicating using an uplink time slot from the paired complementary uplink/downlink configuration of time slots on the second TDD carrier that is time aligned with a first available downlink time slot from the uplink/downlink configuration of timeslots on the first TDD carrier, the first available downlink time slot being the next available time slot on the first TDD carrier for communication. wirelessly communicating over a first time division duplex, TDD, carrier, wherein the first TDD carrier is paired with a second TDD carrier, said first and second TDD carriers being inter-band carriers that are separated in frequency, wherein the first TDD carrier and the second TDD carrier include a number of uplink time slots, downlink time slots, and special time slots, wherein an uplink/downlink configuration of time slots in the first TDD carrier is complementary in direction relative to a time-aligned uplink/downlink configuration of time slots in the second TDD carrier, and wherein the special time slots are utilized for downlink-to-uplink switching on the first TDD carrier and the second TDD carrier; and wirelessly communicating using an uplink time slot from the paired complementary uplink/downlink configuration of time slots on the second TDD carrier that is time aligned with a first available downlink time slot from the uplink/downlink configuration of timeslots on the first TDD carrier, the first available downlink time slot being the next available time slot on the first TDD carrier for communication.
An apparatus, comprising a communication interface; the communication interface comprising a physical layer and a controller, the controller being outside the physical layer; the physical layer comprising a biasing circuit (140, 240), a transmitter and receiver, wherein the biasing circuit is configured to provide a bias voltage to the transmitter and the receiver wherein the transmitter and the receiver are connected to differential lines and of the communication interface; and a logic unit (130, 230) included in the physical layer, the logic unit (130, 230) configured to enable and disable the biasing circuit (140, 240) based on a first signal received from the controller, the logic unit further configured to enable and disable the biasing circuit (140, 240) based on a suspend signal received from the controller, wherein the first signal is to indicate whether data is available to transmit through the transmitter, wherein the controller is configured to send the suspend signal to the logic unit after receiving an indication from a device communicating through the communication interface to send the suspend signal, the physical layer further comprising a charging circuit (150, 250) configured to provide a charging voltage to the transmitter and the receiver.
An oven comprising a body, a cooking chamber disposed within the body and a door that provides access into the cooking chamber from outside an a cubicle having at least one hole that opens into the cooking chamber, and a suck-force mechanism that is energized as the door is opened, providing the vapor in the cooking chamber to be aspirated into the cubicle through the hole, characterized in that the vapor to be pumped back into the cooking chamber after the door is closed.
A method of manufacturing a superhydrophobic surface, comprising: i) providing a base substrate and a polymeric material; ii) forming a layer of said polymeric material on said substrate, said layer having a bottom surface attached to said substrate base, and an upper surface, wherein the polymeric material in said layer is structured at two different size scales, the lower, first scale being between 0.1-2 μm, and the larger, second scale between 2-20 μm; iii) further structuring said polymeric material at a third size scale by forming indentations on said upper surface, wherein an average distance between adjacent indentations is from 20 to 200 μm, thereby obtaining a water-repellent surface comprising fractal-like texturing at said first, second, and third size scales; thereby obtaining a superhydrophobic surface. i) providing a base substrate and a polymeric material; ii) forming a layer of said polymeric material on said substrate, said layer having a bottom surface attached to said substrate base, and an upper surface, wherein the polymeric material in said layer is structured at two different size scales, the lower, first scale being between 0.1-2 μm, and the larger, second scale between 2-20 μm; iii) further structuring said polymeric material at a third size scale by forming indentations on said upper surface, wherein an average distance between adjacent indentations is from 20 to 200 μm, thereby obtaining a water-repellent surface comprising fractal-like texturing at said first, second, and third size scales;
A downlink control channel reception method, performed by a terminal, comprising: selecting, in a case that monitoring occasions of search spaces transmitted in different Control Resource Sets, CORESETs, configured with different beam directions collide, a target CORESET from the different CORESETs according to types of the search spaces where the collision occurs, wherein the collision during the monitoring occasions comprises that a time interval between the monitoring occasions is less than a specified threshold and the monitoring occasions do not overlap; and detecting and receiving a downlink control channel according to a beam direction of the target CORESET; wherein selecting the target CORESET from the different CORESETs according to the types of the search spaces where the collision occurs comprises: selecting, in a case that at least two of the search spaces where the collision occurs are common search spaces, a CORESET with a lowest index as the target CORESET from at least two CORESETs for transmitting the common search spaces; or, selecting, in a case that the search spaces where the collision occurs are all UE-specific search spaces, a CORESET with a lowest index as the target CORESET from the different CORESETs. selecting, in a case that monitoring occasions of search spaces transmitted in different Control Resource Sets, CORESETs, configured with different beam directions collide, a target CORESET from the different CORESETs according to types of the search spaces where the collision occurs, wherein the collision during the monitoring occasions comprises that a time interval between the monitoring occasions is less than a specified threshold and the monitoring occasions do not overlap; and detecting and receiving a downlink control channel according to a beam direction of the target CORESET; wherein selecting the target CORESET from the different CORESETs according to the types of the search spaces where the collision occurs comprises: selecting, in a case that at least two of the search spaces where the collision occurs are common search spaces, a CORESET with a lowest index as the target CORESET from at least two CORESETs for transmitting the common search spaces; or, selecting, in a case that the search spaces where the collision occurs are all UE-specific search spaces, a CORESET with a lowest index as the target CORESET from the different CORESETs. selecting, in a case that at least two of the search spaces where the collision occurs are common search spaces, a CORESET with a lowest index as the target CORESET from at least two CORESETs for transmitting the common search spaces; or, selecting, in a case that the search spaces where the collision occurs are all UE-specific search spaces, a CORESET with a lowest index as the target CORESET from the different CORESETs.
A method in a first wireless device, the method comprising: recognizing a second wireless device; identifying the first wireless device as at least one selected device to perform wireless network scanning to discover available wireless networks; performing the wireless network scanning; and communicating results of the scanning to the second wireless device, the results containing information to enable the second wireless device to connect to at least one of the available wireless networks without the second wireless device having to perform the same wireless network scanning. recognizing a second wireless device; identifying the first wireless device as at least one selected device to perform wireless network scanning to discover available wireless networks; performing the wireless network scanning; and communicating results of the scanning to the second wireless device, the results containing information to enable the second wireless device to connect to at least one of the available wireless networks without the second wireless device having to perform the same wireless network scanning.
A method, comprising: receiving, at an interface, an authentication context associated with a first service; causing, at least in part, storage of the authentication context in a first cache associated with the interface; and causing, at least in part, population of the authentication context to a second cache associated with a second service, the second cache not directly linked to the interface, wherein the authentication context in the second cache authenticates access to the second service; and wherein the population of the authentication context to the second cache comprises: converting the authentication context based, at least in part, on an authentication protocol associated with the second service, wherein the authentication context in the second cache is the converted authentication context. receiving, at an interface, an authentication context associated with a first service; causing, at least in part, storage of the authentication context in a first cache associated with the interface; and causing, at least in part, population of the authentication context to a second cache associated with a second service, the second cache not directly linked to the interface, wherein the authentication context in the second cache authenticates access to the second service; and wherein the population of the authentication context to the second cache comprises: converting the authentication context based, at least in part, on an authentication protocol associated with the second service, wherein the authentication context in the second cache is the converted authentication context. converting the authentication context based, at least in part, on an authentication protocol associated with the second service, wherein the authentication context in the second cache is the converted authentication context.
An apparatus comprising a head support including a shell having an upwardly facing concave interior surface contoured to accommodate a patient's face, the shell having a cutout in a region thereof that corresponds to a patient's eyes, nose and mouth, and a relatively flat foam pad having a cutout in a region thereof that corresponds to a patient's eyes, nose and mouth, the foam pad moving from a flat state into a curved state as it moves down into the shell under the weight of a patient's head, wherein the cutout in the foam pad is smaller in its overall dimensions than the cutout in the shell, wherein the head support comprises a chin support, characterized in that the chin support is coupled to a pair of laterally spaced arms (146, 148) that extend outwardly from a downwardly facing surface of the shell, characterised in that the arms (146, 148) are located below the upwardly facing surface of the shell to define a clearance space above the arms (146, 148) and between the arms (146, 148) and the foam pad through which one or more tubes may be routed to a patient's nose and/or mouth.
A household appliance, comprising: - a controller to control the operation of the household appliance; and - an input unit providing input elements (31, 32, 33, 34) that are actuatable by a user of the household appliance, the input elements comprising at least a power-off-button that is implemented as a physical input element, wherein the input unit is coupled to the controller; wherein the household appliance is operable in at least a main operating mode and in a service mode in which at least one service function that is not available in the main operating mode is provided to a user of the household appliance, characterized in that the controller is configured to: - when the household appliance is in a turned on state, operate the household appliance in the service mode upon receiving from the input unit a user input that corresponds to the actuation of one or more input elements (31, 32, 33, 34) according to a first predetermined input sequence, wherein the first predetermined input sequence comprises an actuation of the power-off-button; - when the household appliance is in the turned on state, turn off the household appliance upon receiving from the input unit a user input that corresponds to the actuation of the power-off-button if said actuation does not comply with the first predetermined input sequence. - a controller to control the operation of the household appliance; and - an input unit providing input elements (31, 32, 33, 34) that are actuatable by a user of the household appliance, the input elements comprising at least a power-off-button that is implemented as a physical input element, wherein the input unit is coupled to the controller; - when the household appliance is in a turned on state, operate the household appliance in the service mode upon receiving from the input unit a user input that corresponds to the actuation of one or more input elements (31, 32, 33, 34) according to a first predetermined input sequence, wherein the first predetermined input sequence comprises an actuation of the power-off-button; - when the household appliance is in the turned on state, turn off the household appliance upon receiving from the input unit a user input that corresponds to the actuation of the power-off-button if said actuation does not comply with the first predetermined input sequence.