mhurhangee/ep-ind-claims huggingface dataset:
A human monoclonal antibody or antigen binding portion thereof that specifically binds an epitope comprising an extended Type I chain glycosphingolipid comprising Le b, wherein said epitope is expressed on a cancer cell, wherein said antibody or antigen binding portion thereof does not bind to human erythrocytes, and wherein the antibody has a heavy chain variable region having the amino acid sequence of SEQ ID NO 15, and a light chain variable region having the amino acid sequence of SEQ ID NO 17.
Sandwich composite component, in particular a composite board, for the interior of a passenger aircraft, comprising a layer structure in a sandwich construction - having a core layer made of polymer foam; - having a reinforcing layer comprising fibre composite material; and further - having at least one functional layer; wherein these layers of the layer structure are substance bonded to each other, in particular by an adhesive bond; characterised in that the fibre composite material of the reinforcing layer comprises a woven fabric made of fibres or a laid fabric made of fibres, and in that the fibre composite material of the reinforcing layer comprises a polymer matrix that has a higher density than the polymer foam of the core layer, and in that the at least one functional layer comprises a metal foil, preferably an aluminium foil, that has a smaller layer thickness than the reinforcing layer. - having a core layer made of polymer foam; - having a reinforcing layer comprising fibre composite material; and further - having at least one functional layer; wherein these layers of the layer structure are substance bonded to each other, in particular by an adhesive bond; characterised in that the fibre composite material of the reinforcing layer comprises a woven fabric made of fibres or a laid fabric made of fibres, and in that the fibre composite material of the reinforcing layer comprises a polymer matrix that has a higher density than the polymer foam of the core layer, and in that the at least one functional layer comprises a metal foil, preferably an aluminium foil, that has a smaller layer thickness than the reinforcing layer.
Radiation-emitting semiconductor chip having a semiconductor layer sequence comprising at least one active layer, which generates an electromagnetic radiation, and having a passivation layer arranged on the radiation-emerging side of the semiconductor layer sequence, characterized in that the passivation layer comprises a brightness setting layer, a first and a second layer (13, 14), wherein the brightness setting layer is formed with amorphous silicon and is arranged between the first and the second layer (13, 14), and the brightness setting layer absorbs a portion of the electromagnetic radiation generated in the chip during operation of the semiconductor chip.
A downhole electrical motor elongated in a longitudinal direction 60, comprising: - a housing, - a stator comprised inside the housing, and - a rotor comprised inside the stator rotatably connected to the stator, wherein the rotor has a locked end and a non-locked end and is locked in the locked end to avoid movement of the rotor in the longitudinal direction, and the rotor is able to move along the longitudinal direction in the non-locked end of the rotor to avoid thrust loads on the rotor due to thermal expansion of the rotor during rotor heating when the electrical motor is in operation, wherein the downhole electrical motor further comprises a non-locked bearing connected to the stator for supporting the rotor in the non-locked end, characterised in that the non-locked bearing is a ball bearing comprising balls made from a ceramic material, and the ball bearing of the non-locked bearing comprises a steel racer. - a housing, - a stator comprised inside the housing, and - a rotor comprised inside the stator rotatably connected to the stator,
Progressivity device for a clutch friction disk, comprising: a support flange (11, 11a) with a rotation central axis in which an annular central part (12, 12a) is suitable for cooperating with a torsional vibration damper and an external part (13, 13a) carries progressivity blades (20, 20a), said progressivity blades extending circumferentially between a cooperation area (14, 14a) of the external part of the support flange and a free end (21, 21a), and friction pads placed circumferentially on the two faces of the support flange (11, 11a), which friction pads are distributed over the external part of the support flange, each friction pad having the shape of an angular segment, characterized in that, on one of the faces of the support flange, each of the friction pads is fixed by two adjacent progressivity blades and each friction pad covers the support flange cooperation area (14, 14a) located between the two progressivity blades (20, 20a). a support flange (11, 11a) with a rotation central axis in which an annular central part (12, 12a) is suitable for cooperating with a torsional vibration damper and an external part (13, 13a) carries progressivity blades (20, 20a), said progressivity blades extending circumferentially between a cooperation area (14, 14a) of the external part of the support flange and a free end (21, 21a), and friction pads placed circumferentially on the two faces of the support flange (11, 11a), which friction pads are distributed over the external part of the support flange, each friction pad having the shape of an angular segment, characterized in that, on one of the faces of the support flange, each of the friction pads is fixed by two adjacent progressivity blades and each friction pad covers the support flange cooperation area (14, 14a) located between the two progressivity blades (20, 20a).
A ventilatory support apparatus, the apparatus characterized in that it is configured to: determine an index indicative of a certainty of a change in uncompensated, non-deliberate leak; and adjust a level of ventilatory support in accordance with said index by slowing down or suspending the extent of adjustment of the ventilatory support as an increasing function of said index. determine an index indicative of a certainty of a change in uncompensated, non-deliberate leak; and adjust a level of ventilatory support in accordance with said index by slowing down or suspending the extent of adjustment of the ventilatory support as an increasing function of said index.
Emergency braking system for a vehicle, in particular a commercial vehicle, wherein the emergency braking system comprises an emergency brake control unit for controlling the emergency braking system on the basis of a parameter set (P.1), characterized in that a parameter set (P.1) can be selected by the emergency brake control unit from a plurality of parameter sets (P.j) for controlling the emergency braking system, wherein the plurality of parameter sets (P.j) are each assigned to a vehicle variant (V.j) and the respective parameter set (P.j) adapts the emergency braking system to the respective vehicle variant (V.j), wherein the vehicle variant (V.j) is characterized by a design of a braking system of the respective vehicle variant (V.j) for adapting the emergency braking system of the respective vehicle variant (V.j) to the design of the braking system of this vehicle variant (V.j), wherein a parameter set (P.1) is selected by the emergency brake control unit, which is assigned to the vehicle variant (V.1) which characterizes the current present vehicle. characterized in that a parameter set (P.1) can be selected by the emergency brake control unit from a plurality of parameter sets (P.j) for controlling the emergency braking system, wherein the plurality of parameter sets (P.j) are each assigned to a vehicle variant (V.j) and the respective parameter set (P.j) adapts the emergency braking system to the respective vehicle variant (V.j), wherein the vehicle variant (V.j) is characterized by a design of a braking system of the respective vehicle variant (V.j) for adapting the emergency braking system of the respective vehicle variant (V.j) to the design of the braking system of this vehicle variant (V.j), wherein a parameter set (P.1) is selected by the emergency brake control unit, which is assigned to the vehicle variant (V.1) which characterizes the current present vehicle.
A process for preparing a graft copolymer comprising the steps of i) forming a polymer solution by dissolving at least one polysulfone or polyethersulfone and at least one polyvinylpyrrolidone in at least one solvent; and ii) exposing the polymer solution to UV radiation, having a wavelength λ of from 300 to 400 nm. i) forming a polymer solution by dissolving at least one polysulfone or polyethersulfone and at least one polyvinylpyrrolidone in at least one solvent; and ii) exposing the polymer solution to UV radiation, having a wavelength λ of from 300 to 400 nm.
An image forming apparatus, comprising: a display section configured to display an initial display screen; a storage section configured to store one or more applications installed in the image forming apparatus; an acquisition section configured to acquire a selection instruction of a target to be set in the initial display screen; a setting section configured to set a screen relating to an application as the initial display screen in response to the selection instruction of the application contained in the one or more applications; the target is a first target, the first target being an application among the one or more applications installed in the image forming apparatus; characterized in that the image forming apparatus further comprises: a determination section configured to determine whether or not the first target can be started if a start error occurring in the application is detected; wherein the setting section sets a predetermined screen relating to a second target different from the first target as the initial display screen based on a determination result indicating that the first target cannot be started; and wherein the setting section is configured to determine if the second target satisfies a criterion, and wherein the setting section is configured to set the screen relating to the second target as the initial display screen if the second target satisfies the criterion. a display section configured to display an initial display screen; a storage section configured to store one or more applications installed in the image forming apparatus; an acquisition section configured to acquire a selection instruction of a target to be set in the initial display screen; a setting section configured to set a screen relating to an application as the initial display screen in response to the selection instruction of the application contained in the one or more applications; the target is a first target, the first target being an application among the one or more applications installed in the image forming apparatus; characterized in that the image forming apparatus further comprises: a determination section configured to determine whether or not the first target can be started if a start error occurring in the application is detected; wherein the setting section sets a predetermined screen relating to a second target different from the first target as the initial display screen based on a determination result indicating that the first target cannot be started; and wherein the setting section is configured to determine if the second target satisfies a criterion, and wherein the setting section is configured to set the screen relating to the second target as the initial display screen if the second target satisfies the criterion.
A storage comprising: a main body; a storeroom provided in the main body, the storeroom having a first opening and a second opening opposite to the first opening; a first drawer provided in the storeroom such that the first drawer is drawn through the first opening; a second drawer provided in the storeroom such that the second drawer is drawn through the second opening; and a storage basket provided between the first drawer and the second drawer, wherein drawing of one of the first drawer and the second drawer is restricted in a state in which the other is drawn, when the first drawer is drawn, the storage basket is drawn through the first opening together with the first drawer, and when the second drawer is drawn, the storage basket is drawn through the second opening together with the second drawer, and the bottom of the first drawer and the bottom of the second drawer are configured to engage with each other, therein the bottom of the first drawer includes a convex part protruding toward the second drawer and concave parts depressed from the convex part towards the first drawer and, wherein the bottom of the second drawer includes convex parts protruding toward the first drawer and a concave part depressed from the convex parts toward the second drawer, corresponding convex parts and concave parts are configured to engage with each other by inserting corresponding convex part into concave parts when the first drawer and the second drawer are closed. a main body; a storeroom provided in the main body, the storeroom having a first opening and a second opening opposite to the first opening; a first drawer provided in the storeroom such that the first drawer is drawn through the first opening; a second drawer provided in the storeroom such that the second drawer is drawn through the second opening; and a storage basket provided between the first drawer and the second drawer, wherein drawing of one of the first drawer and the second drawer is restricted in a state in which the other is drawn, when the first drawer is drawn, the storage basket is drawn through the first opening together with the first drawer, and when the second drawer is drawn, the storage basket is drawn through the second opening together with the second drawer, and the bottom of the first drawer and the bottom of the second drawer are configured to engage with each other, therein the bottom of the first drawer includes a convex part protruding toward the second drawer and concave parts depressed from the convex part towards the first drawer and, wherein the bottom of the second drawer includes convex parts protruding toward the first drawer and a concave part depressed from the convex parts toward the second drawer, corresponding convex parts and concave parts are configured to engage with each other by inserting corresponding convex part into concave parts when the first drawer and the second drawer are closed.
Textile pressure sensor for capacitively measuring a pressure distribution of objects of any desired shape, in particular body parts, on a surface, having a first structure which is conductive at least in regions and having a second structure which is conductive at least in regions, wherein the first and the second structures which are conductive at least in regions are separated from one another by a compressible dielectric intermediate element, and wherein conductive regions of the first structure form capacitors with opposite conductive regions of the second structure, characterized in that the first and the second structures (30a, 30b) which are conductive at least in regions are in the form of knits and each comprise a plurality of conductive regions which are connected to one another by knitted-on, non-conductive regions.
A kit comprising: a clamp plate / tray having a base thickness less than about 10 mm, and comprising a tube opening through which may pass a flexible percutaneous gastrostomy tube and (a) at least one locator fixture capable of holding a skin flange in a position fixed relative to the tube opening; or (b) at least one locator fixture capable of holding a tube cutting tool in a position fixed relative to the tube opening; and a movable clamp jaw attached to said clamp plate / tray and configured to be capable of clamping the flexible percutaneous gastrostomy tube which may pass through the clamp plate / tray; and a tube cutting tool assembly comprising a tube cutting tool and cutting blade, the tube cutting tool configured to mount onto the clamp plate / tray in a position fixed relative to the tube opening of the clamp plate / tray. a clamp plate / tray having a base thickness less than about 10 mm, and comprising a tube opening through which may pass a flexible percutaneous gastrostomy tube and (a) at least one locator fixture capable of holding a skin flange in a position fixed relative to the tube opening; or (b) at least one locator fixture capable of holding a tube cutting tool in a position fixed relative to the tube opening; and a movable clamp jaw attached to said clamp plate / tray and configured to be capable of clamping the flexible percutaneous gastrostomy tube which may pass through the clamp plate / tray; and a tube cutting tool assembly comprising a tube cutting tool and cutting blade, the tube cutting tool configured to mount onto the clamp plate / tray in a position fixed relative to the tube opening of the clamp plate / tray.
A method for wireless communication, comprising: a terminal receiving a message from a serving base station requesting transmit capability of the terminal for at least one resource; the method characterized by the terminal receiving at least one message from at least one neighbor base station requesting reduction of interference on the at least one resource; and the terminal determining a maximum transmit power level usable by the terminal for the at least one resource based on the at least one message; and the terminal sending a pilot at the maximum transmit power level usable by the terminal for the at least one resource to the serving base station. a terminal receiving a message from a serving base station requesting transmit capability of the terminal for at least one resource; the method characterized by the terminal receiving at least one message from at least one neighbor base station requesting reduction of interference on the at least one resource; and the terminal determining a maximum transmit power level usable by the terminal for the at least one resource based on the at least one message; and the terminal sending a pilot at the maximum transmit power level usable by the terminal for the at least one resource to the serving base station.
A drainage bag system for urinary collection comprising - a urinary drainage bag encompassing a first inlet and an inlet valve for regulating a flow of urine from a catheter into said urinary drainage bag via said first inlet, an outlet and an outlet valve for regulating a flow of urine out of said urinary drainage bag, - a receptacle bag of a foil or sheet material for emptying said urinary drainage bag, said receptacle bag encompassing a receptacle compartment for storing urine, and a connector for providing a connection between said receptacle bag and said urinary drainage bag, said connector providing a second inlet constituting a receptacle inlet to said receptacle compartment when connected to said receptacle bag such that urine can flow into said receptacle compartment, characterized in that said receptacle bag comprising a non return valve for regulating the flow of urine into said receptacle compartment via said receptacle inlet, wherein said receptacle compartment comprises a fluid absorbent powder for stabilizing urine. - a urinary drainage bag encompassing a first inlet and an inlet valve for regulating a flow of urine from a catheter into said urinary drainage bag via said first inlet, an outlet and an outlet valve for regulating a flow of urine out of said urinary drainage bag, a first inlet and an inlet valve for regulating a flow of urine from a catheter into said urinary drainage bag via said first inlet, an outlet and an outlet valve for regulating a flow of urine out of said urinary drainage bag, - a receptacle bag of a foil or sheet material for emptying said urinary drainage bag, said receptacle bag encompassing a receptacle compartment for storing urine, and a connector for providing a connection between said receptacle bag and said urinary drainage bag, said connector providing a second inlet constituting a receptacle inlet to said receptacle compartment when connected to said receptacle bag such that urine can flow into said receptacle compartment, characterized in that said receptacle bag comprising a non return valve for regulating the flow of urine into said receptacle compartment via said receptacle inlet, wherein said receptacle compartment comprises a fluid absorbent powder for stabilizing urine. a receptacle compartment for storing urine, and a connector for providing a connection between said receptacle bag and said urinary drainage bag, said connector providing a second inlet constituting a receptacle inlet to said receptacle compartment when connected to said receptacle bag such that urine can flow into said receptacle compartment, characterized in that said receptacle bag comprising a non return valve for regulating the flow of urine into said receptacle compartment via said receptacle inlet, wherein said receptacle compartment comprises a fluid absorbent powder for stabilizing urine.
A drilling apparatus for use on a rotary drilling rig with a top drive which enables circulation and rotation of a drill string to continue uninterrupted during the making of drill string connections, wherein the apparatus comprises a tool joint gripping mechanism (10, 9) arranged to rotate at the same speed as a drill string, wherein the gripping mechanism comprises: gripping pads (14, 17) arranged to move radially relative to a drill string tubular or upset, a pad drive (34, 35) to drive the pads radially relative to a drill string tubular or upset, and a guide (30, 71) to restrain the pads to move radially, wherein the gripping pads (14, 17) are wedge-shaped, with a tapered curved surface upon which a gripping force is exerted and a contact surface for contacting a drill string tubular or upset, and characterized in that the apparatus comprises a pressure chamber and two gripping mechanisms (10, 9) including an upper gripping mechanism arranged to engage a tubular or upset above the pressure chamber and a lower mechanism arranged to engage a tubular or upset below the pressure chamber. gripping pads (14, 17) arranged to move radially relative to a drill string tubular or upset, a pad drive (34, 35) to drive the pads radially relative to a drill string tubular or upset, and a guide (30, 71) to restrain the pads to move radially,
An arthrodesis device, comprising: a nail body extending along a longitudinal axis between a proximal portion and a distal portion; a proximal interlocking fixation body slidably received within a first cannulation located inside the proximal portion; a distal interlocking fixation body slidably received within a second cannulation located inside the distal portion; a shape memory material connecting member attached to the proximal interlocking fixation body and the distal interlocking fixation body; characterized in that it further comprises a cable connected to the distal interlocking fixation body, wherein the cable is configured to be tensioned to move the distal interlocking fixation body inside the nail body. a nail body extending along a longitudinal axis between a proximal portion and a distal portion; a proximal interlocking fixation body slidably received within a first cannulation located inside the proximal portion; a distal interlocking fixation body slidably received within a second cannulation located inside the distal portion; a shape memory material connecting member attached to the proximal interlocking fixation body and the distal interlocking fixation body; characterized in that it further comprises a cable connected to the distal interlocking fixation body, wherein the cable is configured to be tensioned to move the distal interlocking fixation body inside the nail body.