mhurhangee/ep-ind-claims huggingface dataset:
Storage device for products intended to be submerged, in particular vegetation such as flowers, plants and fresh herbs, as well as fruits and vegetables, this device comprising a body forming a tank, this body comprising partitions extending over only a part of the height of the tank, so as to define so-called main compartments for retaining liquid, maintaining means (70, 170), capable of maintaining pots (80, 85) for receiving said products with respect to the body, so that the products received in these pots can be at least partly submerged in liquid contained in the retention compartments, means for supplying liquid (50, 52, 56, 57), having an active configuration in which they allow the filling of each compartment, as well as an inactive position in which they prohibit this filling, regulation means (54, 58), capable of regulating the means for supplying liquid, this device being characterised in that the regulation means comprise a regulation member, received in a so-called regulation compartment, this regulation member being capable of making the supply means go from their active configuration to their inactive configuration, when the level of liquid in this regulation compartment exceeds a predetermined threshold. a body forming a tank, this body comprising partitions extending over only a part of the height of the tank, so as to define so-called main compartments for retaining liquid, maintaining means (70, 170), capable of maintaining pots (80, 85) for receiving said products with respect to the body, so that the products received in these pots can be at least partly submerged in liquid contained in the retention compartments, means for supplying liquid (50, 52, 56, 57), having an active configuration in which they allow the filling of each compartment, as well as an inactive position in which they prohibit this filling, regulation means (54, 58), capable of regulating the means for supplying liquid, this device being characterised in that the regulation means comprise a regulation member, received in a so-called regulation compartment, this regulation member being capable of making the supply means go from their active configuration to their inactive configuration, when the level of liquid in this regulation compartment exceeds a predetermined threshold.
An orthopedic system for stabilizing the spine comprising: an expandable interbody implant including a first expandable lateral leg, a second expandable lateral leg, and a third central leg pivotably connected between the first and second lateral legs, wherein the first and second lateral legs are independently expandable in height to provide lordotic and/or coronal adjustments; characterized in that the system further comprises first and second pedicle-based intradiscal implants each including a nitinol rod and a pedicle screw securable to the nitinol rod. an expandable interbody implant including a first expandable lateral leg, a second expandable lateral leg, and a third central leg pivotably connected between the first and second lateral legs, wherein the first and second lateral legs are independently expandable in height to provide lordotic and/or coronal adjustments; characterized in that the system further comprises first and second pedicle-based intradiscal implants each including a nitinol rod and a pedicle screw securable to the nitinol rod.
A storing box, comprising: a unit storing room which includes a storing room body defining a space for accommodating an electronic control unit, anaccommodating port formed in the storing room body and being an entrance for accommodating the electronic control unit, and a bottom port formed in the storing room body and opening at a position opposing the accommodating port; and a first lower member which includes a first lower member body assembled to the storing room body to cover the bottom port, and a reinforcing wall (30a - 33a) that enters into the storing room body and contacts with an inner surface of the storing room body when the first lower member body is assembled to the storing room body. a unit storing room which includes a storing room body defining a space for accommodating an electronic control unit, anaccommodating port formed in the storing room body and being an entrance for accommodating the electronic control unit, and a bottom port formed in the storing room body and opening at a position opposing the accommodating port; and a first lower member which includes a first lower member body assembled to the storing room body to cover the bottom port, and a reinforcing wall (30a - 33a) that enters into the storing room body and contacts with an inner surface of the storing room body when the first lower member body is assembled to the storing room body.
Twin-clutch gearbox having two input shafts (11a, 12a; 11b, 12b), each of which is provided for connection to a powershift clutch (K1a, K2a; K1b, K2b), having a first layshaft (13a; 13b) arranged parallel to and offset against the input shafts (11a, 12a; 11b, 12b), having a second layshaft (14a; 14b) arranged parallel to and offset against the input shafts (11a, 12a; 11b, 12b), having at least five gear planes (Z1a-Z5a; Z1b-Z5b), each having a fixed gear (Z11a-Z51a; Z11b-Z51b) permanently and non-rotatably connected to one of the input shafts (11a, 12a; 11b, 12b), wherein one of the gear planes (Z4a; Z4b) has an idler gear (Z42a; Z42b) arranged coaxially with the first layshaft (13a; 13b) and an idler gear (Z43a; Z43b) arranged coaxially with the second layshaft (14a; 14b), which gears form a gear pairing for selecting at least one reverse gear (R1a, R2a), having at least nine shifting units (S1a-S9a; S1b-S9b) for establishing operative connections between the input shafts (11a, 12a; 11b, 12b) and the layshafts (13a, 14a; 13b, 14b), which, together with the gear planes (Z1a-Z5a; Z1b-Z5b), are at least constructively provided to select at least eight sequentially selectable forward gears (V1a-V8a) and the at least one reverse gear (R1a, R2a), having a drive gear (Z01a; Z01b) permanently and non-rotatably connected to the first layshaft (13a; 13b) and having an output gear (Z02a; Z02b) permanently and non-rotatably connected to the second layshaft (14a; 14b), characterised in that the first gear plane (Z1a; Z1b) comprises one of the fixed gears (Z11a; Z11b) permanently and non-rotatably connected to the first input shaft (11a; 11b), a first idler gear (Z12a; Z12b) arranged coaxially with the first layshaft (13a; 13b) and forming together with the fixed gear (Z11a; Z11b) of the first gear plane (Z1a; Z1b) a gear pairing for selecting at least the eighth forward gear (V8a), and a second idler gear (Z13a; Z13b) arranged coaxially with the second layshaft (14a; 14b) and forming together with the fixed gear (Z11a; Z11b) a gear pairing for selecting at least the sixth forward gear (V6a), wherein one of the shifting units (S1a; S1b) is provided to non-rotatably connect the first idler gear (Z12a; Z12b) of the first gear plane (Z1a; Z1b) to the first layshaft (13a; 13b), and wherein one of the shifting units (S5a; S5b) is provided to non-rotatably connect the second idler gear (Z13a; Z13b) of the first gear plane (Z1a; Z1b) to the second layshaft (14a; 14b).
A method by which a device for adjusting interference of a plurality of base stations transmits and receives data to and from the plurality of base stations, the method comprising the following actions performed by the device: receiving, from a macro base station of the plurality of base stations, first channel information of a first terminal, the first terminal being connected to the macro base station; receiving, from the macro base station, almost blank subframe, ABS, pattern information; receiving, from a small base station of the plurality of base stations, second channel information of a second terminal, the second terminal being connected to the small base station; generating, for each base station, respective interference control information based on the received first channel information, the received ABS pattern information, and the received second channel information; and transmitting, to each base station, the interference control information generated for each base station, wherein the interference control information comprises information on a subframe in which respective macro or small base stations do not transmit an output. receiving, from a macro base station of the plurality of base stations, first channel information of a first terminal, the first terminal being connected to the macro base station; receiving, from the macro base station, almost blank subframe, ABS, pattern information; receiving, from a small base station of the plurality of base stations, second channel information of a second terminal, the second terminal being connected to the small base station; generating, for each base station, respective interference control information based on the received first channel information, the received ABS pattern information, and the received second channel information; and transmitting, to each base station, the interference control information generated for each base station, wherein the interference control information comprises information on a subframe in which respective macro or small base stations do not transmit an output.
A window having a supply condition and a mounted condition in a roof construction of a building, comprising a frame including a plurality of frame members defining a frame opening and a frame plane, said frame being adapted to cooperate with a set of transition assemblies in the mounted condition, and said frame having an interior side adapted to face the interior of the building in the mounted condition and an exterior side adapted to face the interior of the building in the mounted condition, the distance between the interior side and the exterior side defining a depth of the frame, and each frame member having an inner side facing the frame opening and an outer side facing away from the frame opening, wherein the the window is provided with a transition assembly to form a climate-proofing transition between the window and the roof construction in the mounted condition, said transition assembly comprising an underfelt collar with a frame engagement section and a roof structure engagement section, wherein the frame is provided as a two-part frame, characterized in that the distance between the outer sides of two opposite frame members varies over the depth of the frame, so that an outer dimension of the frame is larger at a first level at the interior side of the frame than at a second level closer to the exterior side of the frame, said first and second planes being substantially parallel with the frame plane, and in that the frame engagement section is connected to the frame at the second level in the supply condition and wherein the width of at least one roof structure engagement section in a direction parallel to the corresponding frame member increases gradually with the distance to the frame engagement section at least over a section of the roof structure engagement section, wherein the frame provided as a two-part frame includes a first sub-frame adjacent a sash and including four first frame members (31, 32, 33, 34), and a second sub-frame including four second frame members (35, 36, 37, 38), wherein the frame engagement section is attached to the first frame members (31, 32, 33, 34) so that it covers and protects the joint between the first and second sub-frames (3a, 3b), wherein an edge of the roof structure engagement section is attached to the exterior surface of the underfelt collar to keep it in place in the supply condition.
A combination of two or more agents comprising a T-cell redirecting bispecific antibody and a checkpoint inhibitor antibody, for use in a method of inducing an immune response to cancer, wherein the method comprises administering the combination to a subject with cancer, wherein administration of the two or more agents induces a T-cell-mediated immune response against cancer, wherein the T-cell redirecting bispecific antibody comprises as a first antibody or antigen-binding fragment thereof an anti-CD3 antibody or antigen-binding fragment thereof and a second antibody or antigen-binding fragment thereof that binds to epithelial glycoprotein-1 (EGP-1, also known as TROP-2), and wherein the checkpoint inhibitor antibody binds to CTLA4.
A laser fusion cutting method for cutting a metal workpiece, the method comprising the steps of providing the workpiece of a metal, the workpiece having a thickness (t), of causing a laser beam from a laser beam source to impinge on the workpiece while the laser beam is moved relative to the workpiece, to generate a kerf through the workpiece, and while a cutting gas is ejected from a laser machining nozzle and is thereby directed onto a position of incidence of the laser beam on the workpiece, the cutting gas comprising at least 78 volume percent of non-reactive gas portions, the method being characterised in that: a focal position of the laser beam is at a distance (aε) of at least 1 mm from the workpiece in a direction towards the beam source and in that a gas pressure of the cutting gas supplied to the laser machining nozzle is between 4 bar and 20 bar. the method being characterised in that: a focal position of the laser beam is at a distance (aε) of at least 1 mm from the workpiece in a direction towards the beam source and in that a gas pressure of the cutting gas supplied to the laser machining nozzle is between 4 bar and 20 bar.
A pillar framework structure comprising: a pillar lower that extends in a vehicle vertical direction; a joining member that is joined to an upper portion of the pillar lower, and that is configured from die-cast aluminum; and a pillar upper that is joined to the joining member, and that extends in a vehicle upward direction and a vehicle rearward direction, characterized in that: the joining member is provided with an extension portion extending toward a vehicle width direction inner side; and the extension portion is joined to an end portion of a cowl reinforcement extending in a vehicle width direction. a pillar lower that extends in a vehicle vertical direction; a joining member that is joined to an upper portion of the pillar lower, and that is configured from die-cast aluminum; and a pillar upper that is joined to the joining member, and that extends in a vehicle upward direction and a vehicle rearward direction, characterized in that: the joining member is provided with an extension portion extending toward a vehicle width direction inner side; and the extension portion is joined to an end portion of a cowl reinforcement extending in a vehicle width direction. the joining member is provided with an extension portion extending toward a vehicle width direction inner side; and the extension portion is joined to an end portion of a cowl reinforcement extending in a vehicle width direction.
An uncured acoustic absorbing member comprising a thermally inert carrier lattice comprising walls and cells between the walls defining an open lattice area, characterized in that the inner wall surface of the cells is at least partly covered with a layer of an uncured thermally expandable material which cures and expands by foaming when heated to a temperature in the range of 140 to 200 °C to form nodules of a cured closed cell foam, wherein: a) the expansion ratio E of the thermally expandable material on heating, and b) the ratio of the open lattice area and the thickness of the layer of the uncured thermally expandable material are selected in such a way that, after foaming, the nodules come partly into contact with one another forming an arrangement of open pores between the nodules, wherein the area ratio, measured in a planar cross section perpendicular or parallel to the walls of the carrier lattice, of the open pores to the total area covered by the open pores and the nodules of the cured closed cell foam is in the range of 2 to 50 %. a) the expansion ratio E of the thermally expandable material on heating, and b) the ratio of the open lattice area and the thickness of the layer of the uncured thermally expandable material
A method, comprising: displaying (602, 902), within a messaging application (104, 1046) running on a device (102, 1100), a first user interface (702, 802) for viewing a media content item (706, 806); receiving (604, 904) user input via the first user interface, the user input corresponding to a predefined touch gesture; and in response to receiving the user input, switching (606, 906), within the messaging application, from the first user interface to a second user interface (704, 804) in which a camera of the device is activated to capture an image, and displaying (608, 908), via the second user interface, a resized version of the media content item (712, 818) with the image; characterized in that the method further comprises: detecting a first object displayed in the media content item; detecting a second object displayed in the image; and determining a ranking for a plurality of augmented reality content items (714, 820) for displaying within the second user interface, the ranking being based on the first object and the second object. displaying (602, 902), within a messaging application (104, 1046) running on a device (102, 1100), a first user interface (702, 802) for viewing a media content item (706, 806); receiving (604, 904) user input via the first user interface, the user input corresponding to a predefined touch gesture; and in response to receiving the user input, switching (606, 906), within the messaging application, from the first user interface to a second user interface (704, 804) in which a camera of the device is activated to capture an image, and displaying (608, 908), via the second user interface, a resized version of the media content item (712, 818) with the image; characterized in that the method further comprises: detecting a first object displayed in the media content item; detecting a second object displayed in the image; and determining a ranking for a plurality of augmented reality content items (714, 820) for detecting a first object displayed in the media content item; detecting a second object displayed in the image; and determining a ranking for a plurality of augmented reality content items (714, 820) for displaying within the second user interface, the ranking being based on the first object and the second object.
Method of combustion for a fuel using an oxygen gas rich in oxygen, wherein a combustion chamber is injected with: - a jet of fuel, and - at least two jets of oxygen gas: • the first jet of oxygen gas, referred to as primary, being introduced via an orifice of diameter D and being injected around the jet of fuel and in a quantity such that it generates a first incomplete combustion, the gases coming from this first combustion also comprising at least one portion of the fuel, • and the second jet of oxygen gas, being introduced via an orifice of diameter d, positioned at a distance I from the orifice for introducing the first primary oxygen gas so as to enter into combustion with the portion of the fuel present in the gases coming from the first combustion, the diameters D and d being defined as the ratio of 4 times the surface area of the section of the orifice divided by the perimeter of the cross-section of the orifice, and wherein: - the jet of fuel leads to the jet of primary oxygen gas at a point set back from the wall of the combustion chamber, said point being located at a distance r, - the oxygen gas rich in oxygen is preheated to a temperature of at least 300 °C, characterised in that: - the r/D ratio is: • between 5 and 20, - and the I/d ratio is at least 2. - a jet of fuel, and - at least two jets of oxygen gas: • the first jet of oxygen gas, referred to as primary, being introduced via an orifice of diameter D and being injected around the jet of fuel and in a quantity such that it generates a first incomplete combustion, the gases coming from this first combustion also comprising at least one portion of the fuel, • and the second jet of oxygen gas, being introduced via an orifice of diameter d, positioned at a distance I from the orifice for introducing the first primary oxygen gas so as to enter into combustion with the portion of the fuel present in the gases coming from the first combustion, • the first jet of oxygen gas, referred to as primary, being introduced via an orifice of diameter D and being injected around the jet of fuel and in a quantity such that it generates a first incomplete combustion, the gases coming from this first combustion also comprising at least one portion of the fuel, • and the second jet of oxygen gas, being introduced via an orifice of diameter d, positioned at a distance I from the orifice for introducing the first primary oxygen gas so as to enter into combustion with the portion of the fuel present in the gases coming from the first combustion, - the jet of fuel leads to the jet of primary oxygen gas at a point set back from the wall of the combustion chamber, said point being located at a distance r, - the oxygen gas rich in oxygen is preheated to a temperature of at least 300 °C, characterised in that: - the r/D ratio is: • between 5 and 20, • between 5 and 20, - and the I/d ratio is at least 2.
A power control method for a link, comprising: receiving, by User Equipment, UE, a message from a network side, the message containing adjustment information for instructing the UE to adjust uplink transmit power; analyzing, by the UE, the message to acquire the adjustment information, and extracting an adjustment strategy associated with the adjustment information according to the adjustment information; and adjusting, by the UE, the uplink transmit power according to the adjustment strategy, characterized in that, the adjustment information comprises a first pathloss coefficient and a second pathloss coefficient respectively corresponding to two types of UEs, one type being UEs for which beam correspondence is true and another type being UEs for which the beam correspondence is not true, to enable the UE to automatically select the pathloss coefficient suitable for the type of the UE itself. receiving, by User Equipment, UE, a message from a network side, the message containing adjustment information for instructing the UE to adjust uplink transmit power; analyzing, by the UE, the message to acquire the adjustment information, and extracting an adjustment strategy associated with the adjustment information according to the adjustment information; and adjusting, by the UE, the uplink transmit power according to the adjustment strategy, characterized in that, the adjustment information comprises a first pathloss coefficient and a second pathloss coefficient respectively corresponding to two types of UEs, one type being UEs for which beam correspondence is true and another type being UEs for which the beam correspondence is not true, to enable the UE to automatically select the pathloss coefficient suitable for the type of the UE itself.