mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication system, comprising a radio access network, RAN, the RAN (104, 314) including a plurality of RAN entities being respective transmitters and receivers, the plurality of RAN entities comprising one or more base stations, gNBs, and/or one or more user devices, UEs, and a core network, CN, (102, 310) coupled to the RAN (104, 314), wherein an application server is connectable to the CN (102, 310), the application server configured to run an application providing a certain service to a receiver in the RAN (104, 314) with a certain Quality-of-Service, QoS, wherein the wireless communication system is configured to obtain a RAN status of at least a part of the RAN (104, 314), and to inform the application server or the receiver configured to run the certain service about the RAN status, the RAN status indicating that the certain QoS cannot be fulfilled by the RAN (104, 314), characterized in that the RAN status indicates QoS requirements achievable in the RAN (104, 314) so as to allow the application server or the receiver to adapt to changes in achievable QoS. a radio access network, RAN, the RAN (104, 314) including a plurality of RAN entities being respective transmitters and receivers, the plurality of RAN entities comprising one or more base stations, gNBs, and/or one or more user devices, UEs, and a core network, CN, (102, 310) coupled to the RAN (104, 314), wherein an application server is connectable to the CN (102, 310), the application server configured to run an application providing a certain service to a receiver in the RAN (104, 314) with a certain Quality-of-Service, QoS, wherein the wireless communication system is configured to obtain a RAN status of at least a part of the RAN (104, 314), and to inform the application server or the receiver configured to run the certain service about the RAN status, the RAN status indicating that the certain QoS cannot be fulfilled by the RAN (104, 314), characterized in that the RAN status indicates QoS requirements achievable in the RAN (104, 314) so as to allow the application server or the receiver to adapt to changes in achievable QoS.
Apparatus for loading cell holders with battery cells, comprising a first magazine and a second magazine for battery cells, a first supply device and a second supply device, and a conveying device for inserting a battery cell into a slot of a cell holder, wherein the first supply device is designed such that it can supply a battery cell from the first magazine to the conveying device, and wherein the second supply device is designed such that it can supply a battery cell from the second magazine to the conveying device.
Device for viewing the inside of a mouth of a patient, the viewing device comprising a penetrating ray emitter capable of taking an image of an internal portion (14, 22, 23, 27, 28, 31, 32, 33, 34, 35, 36, 37, 50, 51, 62, 63) located under an outer surface of an organ arranged in the mouth, a pair of augmented reality glasses having, on the one hand, an optical lens through which a user of the pair of glasses can view the inside of the mouth, and, on the other hand, a viewing camera suitable for taking an image of what the user sees through the optical lens, a central processing unit capable of correlating first images corresponding to the images taken by the viewing camera with second images corresponding to those taken by the penetrating ray emitter, characterized in that the central processing unit is adapted so that a correlation of images is projected onto said optical lens, said correlation of images consisting of: - said view of an internal portion, - the direct view through said glasses and - said image taken by the camera, said internal portion thus being visible through said optical lens, superimposed on the direct view and on said image taken by the camera. - said view of an internal portion, - the direct view through said glasses and - said image taken by the camera,
An LED light source device comprising: an ultraviolet LED array including an LED juxtaposition region in which LEDs that emit ultraviolet light toward a front are juxtaposed, wherein at a front surface of each one of the LEDs, an emitting surface for emitting the ultraviolet light is provided which is surrounded by a marginal portion of a predetermined width; and a light transmitting member provided on a front side of the LED juxtaposition region of the ultraviolet LED array so as to be opposed thereto, showing a rectangular parallelepiped outer shape, and formed of a material containing quartz, characterized in that when viewed from the front, an end of the light transmitting member is located between inside by 1/2 of the predetermined width and outside by 1/2 of the predetermined width with respect to an end of the LED juxtaposition region of the ultraviolet LED array. an ultraviolet LED array including an LED juxtaposition region in which LEDs that emit ultraviolet light toward a front are juxtaposed, wherein at a front surface of each one of the LEDs, an emitting surface for emitting the ultraviolet light is provided which is surrounded by a marginal portion of a predetermined width; and a light transmitting member provided on a front side of the LED juxtaposition region of the ultraviolet LED array so as to be opposed thereto, showing a rectangular parallelepiped outer shape, and formed of a material containing quartz, characterized in that when viewed from the front, an end of the light transmitting member is located between inside by 1/2 of the predetermined width and outside by 1/2 of the predetermined width with respect to an end of the LED juxtaposition region of the ultraviolet LED array.
An air bag for use in a vehicle comprising: a border region _ having a top situated about at least one inflatable region (30, 30a, 30b); the top of the border region configured to be secured directly or indirectly to a portion of the vehicle or component of the vehicle, characterized in that said top of the border region is not inflatable; the border region includes a discontinuity which enables the air bag to locally stretch when under stress, the discontinuity includes at least one slit, whereby said one or more slits permits the top of the border region to deform as the airbag deploys to its inflated condition, and. further including at least one mounting opening through said top border region or at least one tab secured to the top of the border region above the top-most slit or formed as an integral component thereof; wherein at least one mounting opening or tab is configured to be mounted to the vehicle or component of the vehicle, wherein the at least one slit is located directly below the at least one tab or the at least one mounting opening through said top border region. a border region _ having a top situated about at least one inflatable region (30, 30a, 30b); the top of the border region configured to be secured directly or indirectly to a portion of the vehicle or component of the vehicle, characterized in that said top of the border region is not inflatable; the border region includes a discontinuity which enables the air bag to locally stretch when under stress, the discontinuity includes at least one slit, whereby said one or more slits permits the top of the border region to deform as the airbag deploys to its inflated condition, and. further including at least one mounting opening through said top border region or at least one tab secured to the top of the border region above the top-most slit or formed as an integral component thereof; wherein at least one mounting opening or tab is configured to be mounted to the vehicle or component of the vehicle, wherein the at least one slit is located directly below the at least one tab or the at least one mounting opening through said top border region.
Use of a recombinant polypeptide comprising (i) a fragment of a High Molecular Weight Melanoma-Associated Antigen (HMW-MAA) protein encoded by a nucleotide sequence selected from SEQ ID NOs: 21, 22, or 23, and (ii) a PEST sequence from Listeria, or a recombinant Listeria comprising said recombinant polypeptide, for the preparation of a composition for inducing an immune response to a cancer or tumor that does not express HMW-MAA or for delaying the progression of a cancer or tumor that does not express HMW-MAA.
A ventilation and locking system suitable for being mounted on a closure assembly, comprising: a swivel flap suitable for being set in a closed position in which the flap is adapted to shut a ventilation passage of the closure assembly; at least one dual hinged mechanism suitable for jointing said flap to a pivoting sash of the closure assembly; at least one lock fitting comprising a locking mechanism actuated by the flap and suitable for being mounted on the pivoting sash, said locking mechanism being adapted to unlock the closure assembly when the flap is displaced in an unlocking direction; wherein said dual hinged mechanism comprises a first hinged mechanism and a second hinged mechanism linked to each other, said first hinged mechanism allowing to displace the flap in said unlocking direction, said second hinged mechanism allowing to displace the flap in a ventilation direction (D2, T2) from the closed position of the flap to at least one ventilation position combining a rotary and translatory motion in which the flap opens the ventilation passage while keeping the locking mechanism locked, said second hinged mechanism being structurally different from said first hinged mechanism. a swivel flap suitable for being set in a closed position in which the flap is adapted to shut a ventilation passage of the closure assembly; at least one dual hinged mechanism suitable for jointing said flap to a pivoting sash of the closure assembly; at least one lock fitting comprising a locking mechanism actuated by the flap and suitable for being mounted on the pivoting sash, said locking mechanism being adapted to unlock the closure assembly when the flap is displaced in an unlocking direction; wherein said dual hinged mechanism comprises a first hinged mechanism and a second hinged mechanism linked to each other, said first hinged mechanism allowing to displace the flap in said unlocking direction, said second hinged mechanism allowing to displace the flap in a ventilation direction (D2, T2) from the closed position of the flap to at least one ventilation position combining a rotary and translatory motion in which the flap opens the ventilation passage while keeping the locking mechanism locked, said second hinged mechanism being structurally different from said first hinged mechanism.
A washing machine comprising: - a housing which forms an exterior of the washing machine; - a tub mounted inside of the housing, the tub having an opening through which laundry may be inserted and removed; and - a drum rotatably mounted inside of the tub, the drum having an opening substantially aligned with the opening of the tub, through which laundry may be inserted and removed; characterized in that - an edge of the opening of the drum is spaced away from an inner circumferential surface of the opening of the tub with a gap having an extent in an axial direction of the drum; and - the washing machine further comprises a foreign matter shield mounted to the tub and configured to prevent foreign matter from entering through the gap between the opening of the drum and the tub into a space between the tub and the drum by maintaining the gap between the opening of the drum and the tub at a predetermined size during downward movement of the drum relative to the tub from an initial position to a lower position caused by the weight of the laundry. - a housing which forms an exterior of the washing machine; - a tub mounted inside of the housing, the tub having an opening through which laundry may be inserted and removed; and - a drum rotatably mounted inside of the tub, the drum having an opening substantially aligned with the opening of the tub, through which laundry may be inserted and removed; characterized in that - an edge of the opening of the drum is spaced away from an inner circumferential surface of the opening of the tub with a gap having an extent in an axial direction of the drum; and - the washing machine further comprises a foreign matter shield mounted to the tub and configured to prevent foreign matter from entering through the gap between the opening of the drum and the tub into a space between the tub and the drum by maintaining the gap between the opening of the drum and the tub at a predetermined size during downward movement of the drum relative to the tub from an initial position to a lower position caused by the weight of the laundry.
A current measuring transducer for the measurement of the current flowing through an electrical conductor, comprising: a current sensor that captures the current intensity through the electrical conductor and an evaluation device for the evaluation of the measured values captured by the current sensor, and for the determination of the energy flow direction, characterized in that the output of the current intensity in a positive or negative output range of an output unit occurs depending on the determined energy flow direction, and a voltage meter that captures the voltage on the electrical conductor, wherein the determination of the energy flow direction is performed by evaluating the measured values of current and voltage such that a determination of the phase shift angle between voltage and current occurs, and wherein an output of the current intensity occurs in the positive output range if the phase shift angle (φ) lies in the range from -90° to +90°, otherwise an output of the current intensity occurs in the negative output range. a current sensor that captures the current intensity through the electrical conductor and an evaluation device for the evaluation of the measured values captured by the current sensor, and for the determination of the energy flow direction, characterized in that the output of the current intensity in a positive or negative output range of an output unit occurs depending on the determined energy flow direction, and a voltage meter that captures the voltage on the electrical conductor, wherein the determination of the energy flow direction is performed by evaluating the measured values of current and voltage such that a determination of the phase shift angle between voltage and current occurs, and wherein an output of the current intensity occurs in the positive output range if the phase shift angle (φ) lies in the range from -90° to +90°, otherwise an output of the current intensity occurs in the negative output range.
Motor vehicle structure comprising: - a floor; - a front deck; - a wall connecting the front deck to the floor and forming, on each side of the vehicle, a foot reception area of a driver or front passenger; - a footrest placed on a portion of the driver's foot reception area, the portion being located laterally on the outside side of the vehicle; the footrest consists of a top end forming a shoulder facing a cross of the apron, capable of backing on the apron if the structure is deformed during a frontal shock, the shoulder at the top end of the rest foot being configured to rely on a lower face and a rear face of the apron cross during deformation, the foot reposepied comprising a front wall of the foot and two side walls, respectively on both sides of the receiving wall of the foot, said structure also comprising a wall under the apron cross 20, forming a front wheel passage, each of the two side walls embodying the said wall, the footrest including at least one attachment element extending laterally along the wall forming the wall of wheel and fixed to at least one of the lateral walls of the said footrest, characterized by the fact that one or more of the fastening elements of the footrest extends laterally to the lateral amount before and is fixed to that amount. - a floor; - a front deck; - a wall connecting the front deck to the floor and forming, on each side of the vehicle, a foot reception area of a driver or front passenger; - a footrest placed on a portion of the driver's foot reception area, the portion being located laterally on the outside side of the vehicle;
Cup comprising at least one retaining element for securing said cup to an end coil (40, 140) of a helical spring, said cup comprising a ramp for supporting said coil (40, 140) and a centring surface for centring said end coil (40, 140), said retaining element is deformable such that the coil (40, 140) has at least one surface for permanent contact both with the retaining element and with the ramp for variable diameters of the end coil (40, 140), said cup being characterised in that said element is a blade of which the natural shape at rest is tilted towards said ramp.
Medical product with an antibacterial hard material coating applied to a main body and which comprises a biocide, including at least one inner layer with a thickness d1 of at least 0.2 μm and one outer layer with a thickness d2 of at least 0.5 μm, wherein the inner layer is arranged between the outer layer and the main body and the outer layer contains a biocide concentration bcI greater than or equal to 2 atomic percent, the concentration being essentially constant throughout its entire layer thickness and averaged over at least 20nm depth, characterized in that the biocide is a non-organic biocide or a combination of non-organic biocides, wherein the inner layer has a biocide concentration averaged over 20 nm depth with a maximum value bcII greater than or equal to 0.2 atomic percent and the biocide concentration of the inner layer over its entire layer thickness is smaller than the essentially constant biocide concentration bcI of the outer layer, wherein between the inner layer and the outer layer there is at least one intermediate layer with a biocide concentration bcIII, wherein bcIII is greater than bcl.
A blade-shaped cutting insert, comprising: opposing first and second insert side surfaces (22a, 22b) with a peripheral surface extending therebetween; and a first cutting portion having a first primary cutting edge extending between the first and second insert side surfaces (22a, 22b), defining a maximum insert width (W MAX) of the cutting insert, the peripheral surface including first and second diverging flank surfaces (26a, 26b) and an upper surface, the first and second diverging flank surfaces (26a, 26b) bisected by a first plane transverse to the upper surface, wherein: the cutting insert has a maximum insert length (L MAX) measured perpendicular to the first plane, and a maximum insert height (H MAX) measured parallel to the first plane (P 1), the maximum insert length (L MAX) is more than sixteen times greater than the maximum insert width (W MAX), and the maximum insert height (H MAX) is more than ten times greater than the maximum insert width (W MAX), characterised in that, the cutting insert is manufactured from cemented carbide and in that the cutting insert is devoid of insert receiving pockets. opposing first and second insert side surfaces (22a, 22b) with a peripheral surface extending therebetween; and a first cutting portion having a first primary cutting edge extending between the first and second insert side surfaces (22a, 22b), defining a maximum insert width (W MAX) of the cutting insert, the peripheral surface including first and second diverging flank surfaces (26a, 26b) and an upper surface, the first and second diverging flank surfaces (26a, 26b) bisected by a first plane transverse to the upper surface, wherein: the cutting insert has a maximum insert length (L MAX) measured perpendicular to the first plane, and a maximum insert height (H MAX) measured parallel to the first plane (P 1), the maximum insert length (L MAX) is more than sixteen times greater than the maximum insert width (W MAX), and the maximum insert height (H MAX) is more than ten times greater than the maximum insert width (W MAX), characterised in that, the cutting insert is manufactured from cemented carbide and in that the cutting insert is devoid of insert receiving pockets.
A polymeric scaffold of Formula (Id) useful to conjugate with a protein based recognition-molecule (PBRM): wherein: the scaffold comprises poly(1-hydroxymethylethylene hydroxymethyl-formal) having a molecular weight ranging from 2 kDa to 40 kDa; each occurrence of D independently is a therapeutic agent having a molecular weight of ≤ 5kDa, and the between D and the carbonyl group denotes direct or indirect attachment of D to the carbonyl group, X is CH 2, O, or NH; m is an integer from 1 to 300, m 1 is an integer from 1 to 140, m 7 is an integer from 1 to 40, m 3 is an integer from 1 to 18, and the sum of m, m 1, m 3, and m 7 ranges from 15 to 300. the scaffold comprises poly(1-hydroxymethylethylene hydroxymethyl-formal) having a molecular weight ranging from 2 kDa to 40 kDa; each occurrence of D independently is a therapeutic agent having a molecular weight of ≤ 5kDa, and the between D and the carbonyl group denotes direct or indirect attachment of D to the carbonyl group, X is CH 2, O, or NH; m is an integer from 1 to 300, m 1 is an integer from 1 to 140, m 7 is an integer from 1 to 40, m 3 is an integer from 1 to 18, and the sum of m, m 1, m 3, and m 7 ranges from 15 to 300.
A metallic material for conductive member, having a property to form a passive film thereon, and having 0.3μm or less of mean spacing of local peaks of the surface roughness profile, wherein the metallic material is a ferritic stainless steel comprising: 16 to 45% Cr, 0.03% or less C, 0.03% or less N, 0.03% or less (C + N), 0.1 to 5.0% Mo, by mass, optionally further comprising at least one element selected from the group consisting of to, 1.0% or less Si; 1.0% or less Mn; 3.0% or less Cu; and 0.01 to 0.5% of sum of at least one of Ti, Nb, V, and Zr, by mass, and balance of Fe and inevitable impurities. 16 to 45% Cr, 0.03% or less C, 0.03% or less N, 0.03% or less (C + N), 0.1 to 5.0% Mo, by mass, optionally further comprising at least one element selected from the group consisting of to, 1.0% or less Si; 1.0% or less Mn; 3.0% or less Cu; and 0.01 to 0.5% of sum of at least one of Ti, Nb, V, and Zr, by mass, 1.0% or less Si; 1.0% or less Mn; 3.0% or less Cu; and 0.01 to 0.5% of sum of at least one of Ti, Nb, V, and Zr, by mass, and balance of Fe and inevitable impurities.
A pneumatic tire comprising a tread portion, a pair of sidewall portions, a pair of bead portions each with a bead core therein, a carcass extending between the bead cores, at least one of the bead cores comprising a wire wound body in which one bead wire is spirally wound in a continuous around the tire rotational axis so that a plurality of layers of the bead wire are formed in a radial direction of the tire, and the wire wound body comprising a first part and a second part, the first part comprising a plurality of layers of the bead wire each extending in the circumferential direction of the tire having a constant radius from the tire rotational axis, the second part comprising a plurality of layers of the bead wire each extending in the circumferential direction of the tire while changing its radius from the tire rotational axis, and the wire wound body having a winding-starting end and a winding-terminal end, characterized in that the winding-terminal end is positioned on a radial line that passes through the tire rotational axis and the winding-starting end.