mhurhangee/ep-ind-claims huggingface dataset:
A housing of a substantially rigid material, comprising and characterised by: a first plurality of interlocking features defined within the rigid material; a second plurality of interlocking features defined within the rigid material; and a plurality of apertures (284, 290, 292) defined between the first plurality of interlocking features and the second plurality of interlocking features to separate the first plurality of interlocking features from the second plurality of interlocking features; wherein the apertures are created by removing portions of the rigid material, and wherein the first plurality of interlocking features interlock with the second plurality of interlocking features; and wherein the first plurality of interlocking features is movable relative to the second plurality of interlocking features. a first plurality of interlocking features defined within the rigid material; a second plurality of interlocking features defined within the rigid material; and a plurality of apertures (284, 290, 292) defined between the first plurality of interlocking features and the second plurality of interlocking features to separate the first plurality of interlocking features from the second plurality of interlocking features; wherein the apertures are created by removing portions of the rigid material, and wherein the first plurality of interlocking features interlock with the second plurality of interlocking features; and wherein the first plurality of interlocking features is movable relative to the second plurality of interlocking features.
A toilet seat having an automatic cleaning device, wherein the toilet seat comprises: a first assembly having a mounting panel, which is securable to a rear section of a lavatory body; and a second assembly, which comprises a lavatory seat ring drivable in the peripheral direction, a bearing frame for the lavatory seat ring, a drive device for the lavatory seat ring, secured to the bearing frame, and a cleaning device for the lavatory seat ring, which is also secured to the bearing frame, wherein the first and second assemblies are pivotably connected to one another by means of hinge joints, wherein the hinge joints have a common axis of rotation arranged transversely in relation to the toilet seat characterized in that the cleaning device for the lavatory seat ring comprises a cleaning arm, which is pivotable about a pivot axis perpendicular to the bearing frame; and the cleaning arm has a longitudinal axis, which is perpendicular to the pivot axis, and the cleaning arm is movable from an idle position, in which the longitudinal axis is essentially parallel to the axis of rotation of the hinge joints, into a cleaning position, in which the longitudinal axis is essentially perpendicular to the axis of rotation of the hinge joints. a first assembly having a mounting panel, which is securable to a rear section of a lavatory body; and a second assembly, which comprises a lavatory seat ring drivable in the peripheral direction, a bearing frame for the lavatory seat ring, a drive device for the lavatory seat ring, secured to the bearing frame, and a cleaning device for the lavatory seat ring, which is also secured to the bearing frame, wherein the first and second assemblies are pivotably connected to one another by means of hinge joints, wherein the hinge joints have a common axis of rotation arranged transversely in relation to the toilet seat characterized in that the cleaning device for the lavatory seat ring comprises a cleaning arm, which is pivotable about a pivot axis perpendicular to the bearing frame; and the cleaning arm has a longitudinal axis, which is perpendicular to the pivot axis, and the cleaning arm is movable from an idle position, in which the longitudinal axis is essentially parallel to the axis of rotation of the hinge joints, into a cleaning position, in which the longitudinal axis is essentially perpendicular to the axis of rotation of the hinge joints.
A method comprising: performing, by a communication device, identifying one of a plurality of orthogonal superframes, the identified superframe including beacon slots and contention access period, CAP, slots, the beacon slots following a sequence of two or more frequency subbands and the CAP slots following the same sequence of two or more frequency subbands, the sequence of two or more frequency subbands being distinct from other sequences of two or more frequency subbands followed by other beacon slots and CAP slots of other superframes of the plurality of orthogonal superframes; and communicating with another device using the identified superframe. performing, by a communication device, identifying one of a plurality of orthogonal superframes, the identified superframe including beacon slots and contention access period, CAP, slots, the beacon slots following a sequence of two or more frequency subbands and the CAP slots following the same sequence of two or more frequency subbands, the sequence of two or more frequency subbands being distinct from other sequences of two or more frequency subbands followed by other beacon slots and CAP slots of other superframes of the plurality of orthogonal superframes; and communicating with another device using the identified superframe.
A smart watch, comprising a watch strap and a flexible display panel, wherein the first end of the flexible display panel is attached to the watch strap, the second end of the flexible display panel is a free end, the flexible display panel has a bent state and a flattened state, when the flexible display panel is in the bent state, the flexible display panel and the watch strap are bent together and the flexible display panel is located on and in contact with an outer surface of the watch strap, when the flexible display panel is in the flattened state, the second end of the flexible display panel is out of contact with the outer surface of the watch strap and the flexible display panel is flattened in the same plane; the watch strap is provided with a first engaging member, the flexible display panel is provided with a second engaging member corresponding to the first engaging member, the second engaging member is provided at the second end of the flexible display panel, when the flexible display panel is in the bent state, the first engaging member and the second engaging member are engaged with each other; the flexible display panel comprises a first display area and a second display area, when the flexible display panel is in the bent state, only the first display area is turned on and the second display area is turned off, when the flexible display panel is in the flattened state, the first display area and the second display area are simultaneously used for full screen display. the watch strap is provided with a first engaging member, the flexible display panel is provided with a second engaging member corresponding to the first engaging member, the second engaging member is provided at the second end of the flexible display panel, when the flexible display panel is in the bent state, the first engaging member and the second engaging member are engaged with each other; the flexible display panel comprises a first display area and a second display area, when the flexible display panel is in the bent state, only the first display area is turned on and the second display area is turned off, when the flexible display panel is in the flattened state, the first display area and the second display area are simultaneously used for full screen display.
A composition comprising porous inorganic oxide particles containing a biologically active ingredient in a liquid material, wherein the biologically active ingredient in a liquid material is a liquid lipid drug or takes the form of a solution or dispersion of the biologically active ingredient in a non-volatile solvent having a boiling point of above 150°C, wherein the inorganic oxide particles possess: (a) an oil adsorption of 100 to 500 ml/100 g, as determined according to ASTM D281; (b) pores having a pore volume, as measured by nitrogen porosimetry, of 0.5 cm 3 /g or greater; wherein said inorganic oxide particles remain free flowing at a weight ratio of liquid material to inorganic oxide particles of at least 1.5:1; wherein the free flowing inorganic oxide particles having the above weight ratio of the biologically active ingredient in a liquid material form a powder having a Carr index ≤ 25, calculated by the formula C = 100 x (1-ρ b /ρ t), where ρ b is the freely settled bulk density of a powder and ρ t is the tapped bulk density of the powder, and wherein the porous inorganic oxide particles containing a biologically active ingredient in a liquid material have a bulk density of 550 to 650 g/1. (a) an oil adsorption of 100 to 500 ml/100 g, as determined according to ASTM D281; (b) pores having a pore volume, as measured by nitrogen porosimetry, of 0.5 cm 3 /g or greater; wherein said inorganic oxide particles remain free flowing at a weight ratio of liquid material to inorganic oxide particles of at least 1.5:1; wherein the free flowing inorganic oxide particles having the above weight ratio of the biologically active ingredient in a liquid material form a powder having a Carr index ≤ 25, calculated by the formula C = 100 x (1-ρ b /ρ t), where ρ b is the freely settled bulk density of a powder and ρ t is the tapped bulk density of the powder, and wherein the porous inorganic oxide particles containing a biologically active ingredient in a liquid material have a bulk density of 550 to 650 g/1.
An elbow assembly for use with a patient interface during respiratory therapy of a patient with a therapy flow of gas pressurized above ambient pressure, the elbow assembly providing a vent flow of gas to discharge gas exhaled by the patient from a pressurized volume within the elbow assembly, the vent flow being continuous during the respiratory therapy, the elbow assembly comprising: an elbow having a first end configured to be connected to an air delivery tube and a second end opposite the first end; a vent housing connected to the second end and comprising a base (13403, 13406) having a plurality of inner orifices extending through the base (13403, 13406) and configured to allow gas to be discharged to atmosphere from the pressurized volume and a plurality of outer orifices positioned radially outward of the plurality of inner orifices, extending through the base (13403, 13406), and configured to allow gas to be discharged to atmosphere from the pressurized volume; and a membrane constructed from an elastically deformable material, the membrane being positioned parallel and adjacent to the base (13403, 13406), in an undeformed state, to allow a first portion of the vent flow to discharge to atmosphere through the plurality of inner orifices and a second portion of the vent flow to discharge to atmosphere through the plurality of outer orifices throughout a therapeutic pressure range, and wherein the membrane is elastically deformable due to pressure within the pressurized volume to apportion the first portion of the vent flow and the second portion of the vent flow between the plurality of inner orifices and the plurality of outer orifices, respectively, depending on the pressure within the pressurized volume throughout the therapeutic pressure range. an elbow having a first end configured to be connected to an air delivery tube and a second end opposite the first end; a vent housing connected to the second end and comprising a base (13403, 13406) having a plurality of inner orifices extending through the base (13403, 13406) and configured to allow gas to be discharged to atmosphere from the pressurized volume and a plurality of outer orifices positioned radially outward of the plurality of inner orifices, extending through the base (13403, 13406), and configured to allow gas to be discharged to atmosphere from the pressurized volume; and a membrane constructed from an elastically deformable material, the membrane being positioned parallel and adjacent to the base (13403, 13406), in an undeformed state, to allow a first portion of the vent flow to discharge to atmosphere through the plurality of inner orifices and a second portion of the vent flow to discharge to atmosphere through the plurality of outer orifices throughout a therapeutic pressure range, and wherein the membrane is elastically deformable due to pressure within the pressurized volume to apportion the first portion of the vent flow and the second portion of the vent flow between the plurality of inner orifices and the plurality of outer orifices, respectively, depending on the pressure within the pressurized volume throughout the therapeutic pressure range.
A non-intrusive method for monitoring a stress in a user, said method being characterised in that it includes the following steps: - continuously measuring a heart rate of said user, - continuously measuring an electrodermal activity of said user, - extracting a significant heart rate value over a predetermined current operating time interval, - extracting a significant electrodermal activity value over said current operating interval, said extraction comprising a determination of a characteristic value of electrodermal activity by counting a number of maxima of said electrodermal activity signal over said current operating interval, - comparing said significant heart rate value to a first predetermined threshold, - comparing said significant electrodermal activity value to a second predetermined threshold, and - identifying a stress state of said user when said significant values of heart rate and electrodermal activity simultaneously and respectively exceed the first and second predetermined thresholds. - continuously measuring a heart rate of said user, - continuously measuring an electrodermal activity of said user, - extracting a significant heart rate value over a predetermined current operating time interval, - extracting a significant electrodermal activity value over said current operating interval, said extraction comprising a determination of a characteristic value of electrodermal activity by counting a number of maxima of said electrodermal activity signal over said current operating interval, - comparing said significant heart rate value to a first predetermined threshold, - comparing said significant electrodermal activity value to a second predetermined threshold, and - identifying a stress state of said user when said significant values of heart rate and electrodermal activity simultaneously and respectively exceed the first and second predetermined thresholds.
A method of allocating an Evolved Packet System, EPS, bearer identifier, performed by a Session Management Function, SMF, entity and comprising: receiving a Packet Data Unit, PDU, Session Establishment Request message from a User Equipment, UE via an Access and Mobility management Function, AMF, entity; or receiving an Evolved Packet System, EPS, bearer context request message transmitted by the AMF entity; mapping (101, 201, 301, 701) a corresponding Packet Data Unit, PDU, session/connection to at least one Evolved Packet System, EPS, bearer; characterized in that, the method further comprises: transmitting (302, 702) a message to the AMF entity to request the AMF entity to allocate an EPS bearer identifier to the at least one mapped EPS bearer, wherein the message carries information of the at least one mapped EPS bearer or the number of the at least one mapped EPS bearers; wherein the information of the at least one mapped EPS bearer carries a mapping relation between the EPS bearer and a Quality of Service data flow, QoS flow, or a mapping relation between the EPS bearer and a Traffic Flow Template, TFT. receiving a Packet Data Unit, PDU, Session Establishment Request message from a User Equipment, UE via an Access and Mobility management Function, AMF, entity; or receiving an Evolved Packet System, EPS, bearer context request message transmitted by the AMF entity; mapping (101, 201, 301, 701) a corresponding Packet Data Unit, PDU, session/connection to at least one Evolved Packet System, EPS, bearer; transmitting (302, 702) a message to the AMF entity to request the AMF entity to allocate an EPS bearer identifier to the at least one mapped EPS bearer, wherein the message carries information of the at least one mapped EPS bearer or the number of the at least one mapped EPS bearers; wherein the information of the at least one mapped EPS bearer carries a mapping relation between the EPS bearer and a Quality of Service data flow, QoS flow, or a mapping relation between the EPS bearer and a Traffic Flow Template, TFT.
An HDMI sink device comprising: a first receiver configured to receive, from an external HDMI source device, video data transmitted unidirectionally over TMDS lines of an HDMI cable; characterised by an EthernetTM transmitter/receiver circuit configured to perform bidirectional EthernetTM communication with the HDMI source device through a reserved line and a hot plug detect line of the HDMI cable; an SPDIF transmitter circuit configured to transmit, to the HDMI source device, an SPDIF signal including a clock component, the SPDIF signal being multiplexed to the reserved line and hot plug detect line, as a common mode signal; and an interface circuit comprising: a first transmitting section for transmitting a first EthernetTM signal as a differential signal from the EthernetTM transmitter/receiver circuit to the HDMI source device through the reserved line and hot plug detect line of the HDMI cable, and a receiving section (530, 541, 542) for receiving a second EthernetTM signal as a differential signal from the HDMI source device by removing the first EthernetTM signal from the differential signal on the reserved line and hot plug detect line of the HDMI cable. a first receiver configured to receive, from an external HDMI source device, video data transmitted unidirectionally over TMDS lines of an HDMI cable; characterised by an EthernetTM transmitter/receiver circuit configured to perform bidirectional EthernetTM communication with the HDMI source device through a reserved line and a hot plug detect line of the HDMI cable; an SPDIF transmitter circuit configured to transmit, to the HDMI source device, an SPDIF signal including a clock component, the SPDIF signal being multiplexed to the reserved line and hot plug detect line, as a common mode signal; and an interface circuit comprising: a first transmitting section for transmitting a first EthernetTM signal as a differential signal from the EthernetTM transmitter/receiver circuit to the HDMI source device through the reserved line and hot plug detect line of the HDMI cable, and a receiving section (530, 541, 542) for receiving a second EthernetTM signal as a differential signal from the HDMI source device by removing the first EthernetTM signal from the differential signal on the reserved line and hot plug detect line of the HDMI cable. a first transmitting section for transmitting a first EthernetTM signal as a differential signal from the EthernetTM transmitter/receiver circuit to the HDMI source device through the reserved line and hot plug detect line of the HDMI cable, and a receiving section (530, 541, 542) for receiving a second EthernetTM signal as a differential signal from the HDMI source device by removing the first EthernetTM signal from the differential signal on the reserved line and hot plug detect line of the HDMI cable.
Transformer comprising a planar primary winding (30;90;100;110) and a first plurality of planar secondary windings (33;93;103;113) and a second plurality of planar secondary windings, wherein each secondary winding (33;93;103;113;116) provides an isolated output (34,35), said first plurality of planar secondary windings (33;93;103;113) being arranged side by side in a plane parallel to said primary winding (30;90;100;110) such that a portion of a magnetic flux generated by said primary winding (30;90;100;110) penetrates each of said first plurality of planar secondary windings (33;93;103;113), said second plurality of planar secondary windings being arranged side by side in a plane parallel to said primary winding and to said first plurality of planar secondary windings such that a portion of a magnetic flux generated by said primary winding penetrates each of said second plurality of planar secondary windings, wherein the first and the second plurality of secondary windings are shifted against each other, such that the magnetic flux in the area between the secondary windings of the first layer can be used by the secondary windings in the second layer.
A non-human animal model for amyotrophic lateral sclerosis, comprising a rodent whose spinal cord motor neurons have a loss of TAR-DNA binding protein-43 (TDP-43) function, wherein the rodent carries a Hb9 promoter-driven Cre recombinase transgene, has a Hb9- Tardbp lx / - genotype, and exhibits one or more of the following phenotypes: (a) kyphosis; (b) abnormal hind limb clasping; (c) deficiency in motor coordination and motor learning ability; (d) motor neuron loss in the spinal cord; (e) astrocytosis in the spinal cord; (f) weight loss compared with a control rodent; and (g) accumulation of poly-ubiquitinated proteins in the spinal cord motor neurons. (a) kyphosis; (b) abnormal hind limb clasping; (c) deficiency in motor coordination and motor learning ability; (d) motor neuron loss in the spinal cord; (e) astrocytosis in the spinal cord; (f) weight loss compared with a control rodent; and (g) accumulation of poly-ubiquitinated proteins in the spinal cord motor neurons.
Axial or diagonal fan with a housing, wherein the fan comprises an impeller and at least one flow-through region, wherein directly downstream of the impeller or blades of the impeller in an outer region of the housing, a plurality of individual free-standing guide elements are provided, wherein the individual free-standing guide elements extend radially away from the inner housing wall by slightly less or slightly more than the width between of an annular gap formed between the blades of the impeller and the inner housing wall, characterized in that the ration of the height of the individual free-standing guide element to the width of the annular gap is in the range from 0.8 to 3.0 and the axial distance between the individual free-standing guide element and the blade of the impeller on the inner housing wall is less than 8 times the width of the annular gap.