mhurhangee/ep-ind-claims huggingface dataset:
Fused tuckstone defining - a lower surface (20 3) comprising: - a support surface (20 14) intended to rest on the metallic structure of a glass furnace, - a tank surface (20 12) intended to face an upper edge of a tank of said glass furnace, - a lower transition surface (20 14-12) connecting the support surface and the tank surface, - an upper surface (20 5) comprising: - a superstructure surface (20 26) intended to receive a side wall of a superstructure of said glass furnace, - an upper transition surface (20 26-3) connecting the superstructure surface (20 26) and the lower surface (20 3), characterized in that at least a part of the lower transition surface has a crystal density of more than four times the crystal density at a depth of 4 centimeters below said lower transition surface, such a surface being described as a surface with "skin microstructure", a crystal density being evaluated by the number of crystals having a surface area of more than 12 μm 2 per mm 2 of surface after polishing, the crystal density at said depth being evaluated over the surface exposed after cutting of the tuckstone to said depth. - a lower surface (20 3) comprising: - a support surface (20 14) intended to rest on the metallic structure of a glass furnace, - a tank surface (20 12) intended to face an upper edge of a tank of said glass furnace, - a lower transition surface (20 14-12) connecting the support surface and the tank surface, - a support surface (20 14) intended to rest on the metallic structure of a glass furnace, - a tank surface (20 12) intended to face an upper edge of a tank of said glass furnace, - a lower transition surface (20 14-12) connecting the support surface and the tank surface, - an upper surface (20 5) comprising: - a superstructure surface (20 26) intended to receive a side wall of a superstructure of said glass furnace, - an upper transition surface (20 26-3) connecting the superstructure surface (20 26) and the lower surface (20 3), - a superstructure surface (20 26) intended to receive a side wall of a superstructure of said glass furnace, - an upper transition surface (20 26-3) connecting the superstructure surface (20 26) and the lower surface (20 3),
A spectrum sharing method, comprising: receiving, by a user equipment from a network device, time slice allocation information of a cycle period of a shared frequency between a first system and a second system, wherein the time slice allocation information comprises time slicing information which slices the cycle period into a first time slice for the first system and a second time slice for the second system; the spectrum sharing method further characterized by performing, by the user equipment, data transmission at the first time slice by using the first system and by using the shared frequency; and performing, by the user equipment, data transmission at the second time slice by using the second system and by using the shared frequency. receiving, by a user equipment from a network device, time slice allocation information of a cycle period of a shared frequency between a first system and a second system, wherein the time slice allocation information comprises time slicing information which slices the cycle period into a first time slice for the first system and a second time slice for the second system; the spectrum sharing method further characterized by performing, by the user equipment, data transmission at the first time slice by using the first system and by using the shared frequency; and performing, by the user equipment, data transmission at the second time slice by using the second system and by using the shared frequency.
Method for creating toll transactions (13, 14) in a road toll system, which has at least a first subsystem comprising a mobile radio system for a first toll transactions creating localisation of vehicle devices (3, 3') by means of global satellite navigation and at least a second subsystem comprising local tolling sites for a second toll transactions creating localisation of vehicle devices (3, 3") by means of these local tolling sites, wherein at least some vehicle devices can interact with both subsystems (9, 11) and the subsystems (9, 11) can send their toll transactions (13, 14) to a common central station for processing, characterised in that the first subsystem does not create first toll transactions for road segments (C, D) which are taken into account by the second subsystem when creating second toll transactions.
A catheter device comprising: an axially elongate tubular member comprising an inner lumen, an outer surface, a proximal region, and a distal region, the tubular member comprising a metal helix (208, 214) having a helical gap, and a polymeric potting material (210, 212) disposed within the helical gap; an inner liner (202, 218) extending through the inner lumen of the tubular member and defining an inner lumen of the catheter; an outer cover (206, 216) on the outer surface of the tubular member; and a balloon inflation channel disposed between the metal helix (208, 214) and the inner liner (202, 218), wherein the polymeric potting material (210, 212) disposed within the helical gap is different from the materials of the inner liner (202, 218) and outer cover (206, 216) characterised in that the distal region has an inner diameter to wall thickness ratio of about 16:1 to about 24:1, and a) a lateral flexibility of greater than 1,200 degrees of deflection per 11.3 Newton-centimetres (1,200 degrees of deflection per pound-force inch) and/or b) a kink radius of about 4.4196 millimetres +/-0.2032 millimetres (0.174 inch +/-0.008 inch) or less and/or a tensile strength of 22N ultimate tensile strength. an axially elongate tubular member comprising an inner lumen, an outer surface, a proximal region, and a distal region, the tubular member comprising a metal helix (208, 214) having a helical gap, and a polymeric potting material (210, 212) disposed within the helical gap; an inner liner (202, 218) extending through the inner lumen of the tubular member and defining an inner lumen of the catheter; an outer cover (206, 216) on the outer surface of the tubular member; and a balloon inflation channel disposed between the metal helix (208, 214) and the inner liner (202, 218), wherein the polymeric potting material (210, 212) disposed within the helical gap is different from the materials of the inner liner (202, 218) and outer cover (206, 216) characterised in that the distal region has an inner diameter to wall thickness ratio of about 16:1 to about 24:1, and a) a lateral flexibility of greater than 1,200 degrees of deflection per 11.3 Newton-centimetres (1,200 degrees of deflection per pound-force inch) and/or b) a kink radius of about 4.4196 millimetres +/-0.2032 millimetres (0.174 inch +/-0.008 inch) or less and/or a tensile strength of 22N ultimate tensile strength.
A knob assembly, comprising: a first housing including a base and a sidewall extending from said base and a retention member inwardly extending from the sidewall; and an operable second housing which is rotationally operable between first and second positions (58, 62) relative to the first housing and which is further axially operable between a compressed position and an extended position relative to the first housing, wherein the operable second housing includes a selective stopper selectively movable together with the operable second housing between said first position and second position relative to the retention member, and wherein the operable second housing includes a biasing member, characterized in that the biasing member is an axial biasing member and is integral with the operable second housing, and in that said biasing member includes: a support member that biases against the base of the first housing; and compression portions extending between a body of the operable second housing and the support member. a first housing including a base and a sidewall extending from said base and a retention member inwardly extending from the sidewall; and an operable second housing which is rotationally operable between first and second positions (58, 62) relative to the first housing and which is further axially operable between a compressed position and an extended position relative to the first housing, wherein the operable second housing includes a selective stopper selectively movable together with the operable second housing between said first position and second position relative to the retention member, and wherein the operable second housing includes a biasing member, characterized in that the biasing member is an axial biasing member and is integral with the operable second housing, and in that said biasing member includes: a support member that biases against the base of the first housing; and compression portions extending between a body of the operable second housing and the support member. a support member that biases against the base of the first housing; and compression portions extending between a body of the operable second housing and the support member.
A Josephson junction quantum device structure comprising: - a substrate (10, 10') provided with a surface layer of a crystalline semiconductor material, in particular crystalline silicon, - at least one Josephson junction, formed by at least one first metal portion, of a superconducting material, coated with an insulating zone, said insulating zone itself being coated with a second metal portion of a superconducting material, the second metal portion covering said insulating zone and said first metal portion, characterized in that: the first metal portion and the second metal portion are disposed on and in contact with a so-called "protective" layer (116, 16') arranged on the substrate or belonging to the substrate, said protective layer (116, 16') being a trap rich layer. - a substrate (10, 10') provided with a surface layer of a crystalline semiconductor material, in particular crystalline silicon, - at least one Josephson junction, formed by at least one first metal portion, of a superconducting material, coated with an insulating zone, said insulating zone itself being coated with a second metal portion of a superconducting material, the second metal portion covering said insulating zone and said first metal portion, characterized in that: the first metal portion and the second metal portion are disposed on and in contact with a so-called "protective" layer (116, 16') arranged on the substrate or belonging to the substrate, said protective layer (116, 16') being a trap rich layer.
An apparatus for electrically charging a rechargeable power source of a pipeline tool while the pipeline tool is located within a pipeline, the apparatus comprising: a power module including a charging power source; characterized in that the apparatus further comprises: an insertion module including an insertion mechanism, the insertion mechanism having a charging plug configured to mate with a charging socket of the pipeline tool and a drive assembly operable to extend and retract the charging plug; and a power line electrically connecting the charging power source to the charging plug, wherein the insertion module is releasably mountable on a fitting in the pipeline, wherein the drive assembly is operable to move the charging plug into the pipeline through the fitting. a power module including a charging power source; characterized in that the apparatus further comprises: an insertion module including an insertion mechanism, the insertion mechanism having a charging plug configured to mate with a charging socket of the pipeline tool and a drive assembly operable to extend and retract the charging plug; and a power line electrically connecting the charging power source to the charging plug, an insertion module including an insertion mechanism, the insertion mechanism having a charging plug configured to mate with a charging socket of the pipeline tool and a drive assembly operable to extend and retract the charging plug; and a power line electrically connecting the charging power source to the charging plug, wherein the insertion module is releasably mountable on a fitting in the pipeline, wherein the drive assembly is operable to move the charging plug into the pipeline through the fitting.
Audio device comprising two microphones (1, 11) and sound canals allowing sound to pass from the surroundings to the microphones wherein further a signal path from the microphones to a speaker is provided and powered by a current source, such that sounds received at the microphones may be enhanced and presented at the ear level of a user, whereby the audio device comprises a shell adapted for placement behind the ear of the user and a chassis shaped to fit into the shell, the speaker being adapted for placement inside the ear canal of the user and wherein a protection screen is provided, whereby the protection screen comprises a first surface which faces the surroundings and an opposed second surface which faces the inside of the audio device, characterized in that the protection screen has two slit formed openings between the first surface and the second surface whereby the transition between the first surface and the slit formed openings is smooth and gradual, and whereby a sharp edge forms the transition between the second surface and the slit formed openings, the slit formed openings extend along the length of the protection screen, and below the protection screen two sound entrances (2,12) lead through respective canals in the chassis to the two microphones (1,11), and a space beneath the slit formed openings is provided along the whole length of the openings, such that sound may pass through the slit at any point and reach the microphones.
A method performed by a user equipment for performing a random access procedure in a wireless communication system, the method comprising: determining a transmission power with which the UE is to transmit a random access preamble while operating within a certain coverage enhancement level, wherein the transmission power is determined as a function of: a target receive power with which the random access preamble transmission is targeted to be received by a network node, and a path loss between the UE and the network node; transmitting the random access preamble using the determined transmission power while operating within the certain coverage enhancement level; determining another transmission power with which the UE is to transmit a connection request in the random access procedure, wherein the other transmission power is determined as a function of the target receive power with which the random access preamble transmission was targeted to be received; and transmitting the connection request using the determined other transmission power; characterized in that the target receive power is a function of a configured UE transmission power minus at least a path loss threshold for operating within with the certain coverage enhancement level. determining a transmission power with which the UE is to transmit a random access preamble while operating within a certain coverage enhancement level, wherein the transmission power is determined as a function of: a target receive power with which the random access preamble transmission is targeted to be received by a network node, and a path loss between the UE and the network node; a target receive power with which the random access preamble transmission is targeted to be received by a network node, and a path loss between the UE and the network node; transmitting the random access preamble using the determined transmission power while operating within the certain coverage enhancement level; determining another transmission power with which the UE is to transmit a connection request in the random access procedure, wherein the other transmission power is determined as a function of the target receive power with which the random access preamble transmission was targeted to be received; and transmitting the connection request using the determined other transmission power; characterized in that the target receive power is a function of a configured UE transmission power minus at least a path loss threshold for operating within with the certain coverage enhancement level.
A tumour antigen, 5T4, for use in treating a cancer patient suffering from a tumour, wherein the patient is positive for circulating Carcinoembryonic antigen levels; wherein administration of 5T4 stimulates an anti-5T4 immune response and an anti- CEA immune response, wherein the immune response against CEA is a T cell response, an antibody response or a combined T-cell/antibody response. Table 1: Patient characteristics Number of patients 12 Female 10 Male 2 Tumour type Breast 9 Melanoma 3 Median age (range), years 59 (34 - 74) ECOG performance status 0 2 1 8 2 2 Sites of disease 1 Skin 12 Liver 3 Lung 2 Bone 6 Nodes 5 Number of previous chemotherapy schedules 1 3 2 4 3 or more 5 1 Some patients more than one site A. Table 2: Gene transfer efficiency Patient MetXia-P450 dose Histological detection of of transduced cells (β-galactosidase) PCR detection of transduced cells Biopsy one Biopsy two Biopsy one Biopsy two 101 1X Positive Positive ND Negative 102 1X Negative Positive ND Positive (0.7) 103 10X Negative Positive ND Negative 104 10X Positive Positive ND Positive (0.87) 105 100X Positive Negative Negative Negative 106 100X Positive Positive Positive (0.78) Positive 107 100X Positive Positive ND ND 108 100X Positive Negative ND ND 109 10X Negative Negative ND ND 110 10X Negative Negative ND ND 111 100X Positive Positive ND ND 112 100X Positive Positive ND ND Table 3: Summary of pre-treatment serum CEA and CA15-3, immunohistochemical staining of CEA and h5T4 expression by tumour cells and h5T4 and CEA antibody titres in patients completing at least 8 weeks of treatment Patient No. Clinical Response Pre-treatment Serum Tumour Biopsy Antibody titres (weeks post injection) CA15-3 CEA CEA h5T4 CEA h5T4 0 3 8 12 0 3 8 12 101 SD + + - + - - - ++++ - - - ++++ 104 PR + + + + - - ++++ ++++ - ++++ ++++ ++++ 105 PD + - - - - + + NA - ++ - NA 107 SD + - - + - ++ - - - - - - 111 SD + + + + - - + + - - - - 112 SD + - + - - - - - - - - - Key: Clinical response: SD = stable disease, PR = partial response, PD = progressive disease Serum marker: + = elevated at baseline (CEA >10 ng/ml or CA15-3 > 25 U/ml), - = within normal range Tumour biopsy: + = positive staining, - = negative stainin. B. Antibody titres: - = negative, + = titre > 1:20, ++ = titre > 1:40, +++ = titre > 1:80, ++++ = titre > 1:160, NA = not available
A method comprising: providing a first compressed three-dimensional, 3D, video content using a format; determining the format of the first compressed 3D video content; providing two-dimensional, 2D, video content; converting the 2D video content into a second compressed 3D video content using the determined format, wherein converting the 2D video content comprises: decimating, by a decimator,, the 2D video content to format the size or bandwidth of the 2D video content; repeating and offsetting, by a copier,, the decimated 2D video content thereby to convert the 2D video content into 3D video having the determined format; and compressing,, the 3D video having the determined format into the second compressed 3D video content; splicing,, the second compressed 3D video content into the first compressed 3D video content to form a combined 3D video content, and decoding the combined 3D video content. providing a first compressed three-dimensional, 3D, video content using a format; determining the format of the first compressed 3D video content; providing two-dimensional, 2D, video content; converting the 2D video content into a second compressed 3D video content using the determined format, wherein converting the 2D video content comprises: decimating, by a decimator,, the 2D video content to format the size or bandwidth of the 2D video content; repeating and offsetting, by a copier,, the decimated 2D video content thereby to convert the 2D video content into 3D video having the determined format; and compressing,, the 3D video having the determined format into the second compressed 3D video content; splicing,, the second compressed 3D video content into the first compressed 3D video content to form a combined 3D video content, and decoding the combined 3D video content. decimating, by a decimator,, the 2D video content to format the size or bandwidth of the 2D video content; repeating and offsetting, by a copier,, the decimated 2D video content thereby to convert the 2D video content into 3D video having the determined format; and compressing,, the 3D video having the determined format into the second compressed 3D video content; splicing,, the second compressed 3D video content into the first compressed 3D video content to form a combined 3D video content, and decoding the combined 3D video content.
A hard capsule, comprising a film containing a base of polyvinyl alcohols and silica particles with an average particle size of 0.01 μm or more and 10 μm or less, wherein the silica particles are contained in film components of the hard capsule in an amount of 3% by mass or more and 45% by mass or less based on the total of the film components excluding moisture, which is taken as 100% by mass, and wherein the polyvinyl alcohols are partially saponified polyvinyl alcohols with a degree of saponification in the range of 78% to 95%. wherein the silica particles are contained in film components of the hard capsule in an amount of 3% by mass or more and 45% by mass or less based on the total of the film components excluding moisture, which is taken as 100% by mass, and wherein the polyvinyl alcohols are partially saponified polyvinyl alcohols with a degree of saponification in the range of 78% to 95%.
A holder for releasable attachment of a tray to an infusion rod of a medical device, wherein the holder consists of a largely circular area and wherein at least one support is mounted in one piece on the outer edge of the area, such that a tray can be attached releasably to said support; in addition, at least one supporting means in the form of a cylindrical segment or a conical segment is formed on the outer edge where it is largely perpendicular to the area, the area also having a central recess, wherein a notch, which serves to guide the infusion rod into the central recess, is provided from the outer edge of the area to the central recess, characterized in that the notch is embodied with a curve as seen in a view from above.
A manhole cover, comprising: an upper transparent disc; a lower transparent disc coupled to the upper disc; and means for emitting electromagnetic radiation at a predetermined wavelength, the means for emitting electromagnetic radiation operably coupled to the lower disc, wherein: the upper disc has a diameter larger than the lower disc, and the predetermined wavelength is configured to inhibit a vermin from inhabiting the volume irradiated by the means for emitting electromagnetic radiation. an upper transparent disc; a lower transparent disc coupled to the upper disc; and means for emitting electromagnetic radiation at a predetermined wavelength, the means for emitting electromagnetic radiation operably coupled to the lower disc, wherein: the upper disc has a diameter larger than the lower disc, and the predetermined wavelength is configured to inhibit a vermin from inhabiting the volume irradiated by the means for emitting electromagnetic radiation. the upper disc has a diameter larger than the lower disc, and the predetermined wavelength is configured to inhibit a vermin from inhabiting the volume irradiated by the means for emitting electromagnetic radiation.