mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition for use in a method of treatment of a cancer disease, which is characterized by expression of a tumor-associated antigen, comprising one or more components selected from the group consisting of: (i) a tumor-associated antigen or a part thereof, (ii) a nucleic acid which codes for a tumor-associated antigen or a part thereof, (iii) an antibody which binds to a tumor-associated antigen, and (iv) a host cell which expresses a tumor-associated antigen or a part thereof, wherein the part comprises at least 6 consecutive amino acids of the tumor-associated antigen and wherein the tumor-associated antigen is encoded by a nucleic acid sequence according to SEQ ID NO: 117 and wherein the cancer disease is a pancreas carcinoma or an esophagus carcinoma. (i) a tumor-associated antigen or a part thereof, (ii) a nucleic acid which codes for a tumor-associated antigen or a part thereof, (iii) an antibody which binds to a tumor-associated antigen, and (iv) a host cell which expresses a tumor-associated antigen or a part thereof,
A system for differentiating one or more objects detected behind an opaque surface, comprising: a plurality of sensors (804,806, 808), controlled by one or more processors, configured to collect in parallel, sensor data of the one or more objects behind an opaque surface; the one or more processors are configured to analyze the sensor data to identify estimated regions of the one or more objects behind the opaque surface; the one or more processors are further configured to differentiate the estimated regions of the one or more objects behind the opaque surface; and the one or more processors are further configured to inform a user, via a user interface, of the one or more objects within the estimated regions behind the opaque surface; characterized in that the one or more processors are further configured to: analyze the sensor data to identify a first measured region for a wood stud, and reduce the first measured region by a first programmable percentage to derive a first estimated region for the wood stud; and analyze the sensor data to identify a second measured region for a metal object, and enlarge the second measured region by a second programmable percentage to derive a second estimated region for the metal object. a plurality of sensors (804,806, 808), controlled by one or more processors, configured to collect in parallel, sensor data of the one or more objects behind an opaque surface; the one or more processors are configured to analyze the sensor data to identify estimated regions of the one or more objects behind the opaque surface; the one or more processors are further configured to differentiate the estimated regions of the one or more objects behind the opaque surface; and the one or more processors are further configured to inform a user, via a user interface, of the one or more objects within the estimated regions behind the opaque surface; characterized in that the one or more processors are further configured to: analyze the sensor data to identify a first measured region for a wood stud, and reduce the first measured region by a first programmable percentage to derive a first estimated region for the wood stud; and analyze the sensor data to identify a second measured region for a metal object, and enlarge the second measured region by a second programmable percentage to derive a second estimated region for the metal object.
A method of streaming media data by a server device to a client device, the method performed by the server device and comprising the following steps: - receiving, from the client device, a request relating to first media data, - in response to said request, transmitting to said client device, data relating to said first media data, - transmitting in a header of a Hypertext Transfer Protocol, HTTP, frame to the client device push policy information describing a push policy, so that it becomes a shared push policy, the push policy being an algorithm enabling the server device and the client device to determine a same non-requested second media data from the first media data requested; - identifying using the shared push policy non-requested media data to be sent to the client device which sent the request relating to the first media data; and - pushing the identified non-requested media data to the client device. comprising the following steps: - receiving, from the client device, a request relating to first media data, - in response to said request, transmitting to said client device, data relating to said first media data, - transmitting in a header of a Hypertext Transfer Protocol, HTTP, frame to the client device push policy - receiving, from the client device, a request relating to first media data, - in response to said request, transmitting to said client device, data relating to said first media data, - transmitting in a header of a Hypertext Transfer Protocol, HTTP, frame to the client device push policy information describing a push policy, so that it becomes a shared push policy, the push policy being an algorithm enabling the server device and the client device to determine a same non-requested second media data from the first media data requested; - identifying using the shared push policy non-requested media data to be sent to the client device which sent the request relating to the first media data; and - pushing the identified non-requested media data to the client device. - identifying using the shared push policy non-requested media data to be sent to the client device which sent the request relating to the first media data; and - pushing the identified non-requested media data to the client device.
Method for interacting with a device to provide an input to the device, the input comprising an instruction identified by the device to carry out a predetermined action, wherein the interaction is based on a combination of at least one touch based interaction and at least one non-touch based interaction with the device, the touch based interaction influences the action carried out by the device in response to the non-touch based interaction, and the non-touch based interaction is a gesture; the method comprising the steps of: sensing the touch based interaction on the device; selecting an object using the touch based interaction; sensing the non-touch based interaction; in response to sensing the non-touch based interaction, identifying, based on the touch based interaction, the action attributed to the non-touch based interaction; and providing an instruction to the device in relation to the selected object and the identified action by: classifying the gesture represented by the non-touch based interaction and, depending on the classification, providing the instruction to the device, wherein the instruction scales with at least one parameter independent of the gesture, the parameter including at least one of a dimension of the device and a dimension of the object. sensing the touch based interaction on the device; selecting an object using the touch based interaction; sensing the non-touch based interaction; in response to sensing the non-touch based interaction, identifying, based on the touch based interaction, the action attributed to the non-touch based interaction; and providing an instruction to the device in relation to the selected object and the identified action by: classifying the gesture represented by the non-touch based interaction and, depending on the classification, providing the instruction to the device, wherein the instruction scales with at least one parameter independent of the gesture, the parameter including at least one of a dimension of the device and a dimension of the object.
An injection molding machine (10, 110), comprising: a frame (11, 111); a guide (17, 117) provided on the frame; a block (14, 114) that is movable along the guide; and a slide member (13, 113) that moves together with the block, wherein the slide member includes a slide member body (41, 141) and a plurality of coupling portions (48, 49, 148, 149), the coupling portions coupling the slide member body and the block, and the coupling portions (48, 49, 148, 149) are provided such that the coupling portions are apart from each other, further comprising: a mold clamping force generating mechanism that generates a mold clamping force, wherein the slide member body includes a mold mounting portion to which the mold is attached, and an arm portion that transmit the mold clamping force from the mold clamping force generating mechanism to the mold mounting portion, characterized in that at least one of the coupling portions (48, 49, 148, 149) couples the mold mounting portion to the block, and at least one of other coupling portions couples the arm portion to the block (14, 114). a frame (11, 111); a guide (17, 117) provided on the frame; a block (14, 114) that is movable along the guide; and a slide member (13, 113) that moves together with the block, wherein the slide member includes a slide member body (41, 141) and a plurality of coupling portions (48, 49, 148, 149), the coupling portions coupling the slide member body and the block, and the coupling portions (48, 49, 148, 149) are provided such that the coupling portions are apart from each other, further comprising: a mold clamping force generating mechanism that generates a mold clamping force, wherein the slide member body includes a mold mounting portion to which the mold is attached, and an arm portion that transmit the mold clamping force from the mold clamping force generating mechanism to the mold mounting portion, characterized in that at least one of the coupling portions (48, 49, 148, 149) couples the mold mounting portion to the block, and at least one of other coupling portions couples the arm portion to the block (14, 114).
A cathode assembly suitable for a Hall-Heroult electrolysis cell, comprising - a cathode body made of a carbonaceous material, said cathode body being provided with at least one slot (17, 17'), said slot being provided with side walls (171, 172, 171', 172') parallel to a longitudinal direction (A17, A17') of said slot; - at least one cathode collector bar (3, 3') made of a metallic material, said cathode bar being provided with side walls (33, 34), which are in contact with said side walls of said slot; characterized in that said cathode bar comprises two bar elements (7, 9), each bar element being provided with a main side wall (73, 93) which is in contact with a respective side wall (171, 172) of said slot, as well as a tapered wall (77, 97), the two tapered walls of said bar elements forming a contact line between these two bar elements. - a cathode body made of a carbonaceous material, said cathode body being provided with at least one slot (17, 17'), said slot being provided with side walls (171, 172, 171', 172') parallel to a longitudinal direction (A17, A17') of said slot; - at least one cathode collector bar (3, 3') made of a metallic material, said cathode bar being provided with side walls (33, 34), which are in contact with said side walls of said slot;
Incoming air treatment unit for a room, comprising an aeraulic circuit linked with at least a first cooling circuit with reversible summer/winter direct expansion operating cycle, said aeraulic circuit comprising at least one desiccant rotor impregnated with a dehydrating and adsorbent material, comprising an air supply channel into said room and an air return channel from said room provided by the aeraulic circuit, and at least one rotary enthalpy recuperator controlled by a speed regulator, and said at least one first cooling circuit comprising at least one compressor controlled by a speed regulator, characterised in that it provides a first heat exchanger between said supply channel and at least said first cooling circuit, a second heat exchanger between said supply channel and at least said first cooling circuit, at least a third heat exchanger between the return channel and at least said first cooling circuit, said first exchanger being activatable so as to operate as a condenser for said first cooling circuit and to heat the flow of air circulating in the supply channel in the summer operating cycle, said second exchanger being activatable so as to operate as an evaporator for said first cooling circuit to cool down to the desired temperature the flow of air circulating in the supply channel in the summer operating cycle, said desiccant rotor being arranged and configured so as to interact in the summer operating cycle with the flow of air heated by the first heat exchanger to regenerate said dehydrating and adsorbent material, and with the flow of air cooled by the second heat exchanger to dehumidify it, and said third heat exchanger being arranged to operate as a condenser for said first cooling circuit in the summer operating cycle.
Method for protecting against end-of-travel impacts affecting an aircraft landing gear, the landing gear being movable between a retracted position and a deployed position by means of a single electromechanical actuator of the strain-wave type, characterised in that the method comprises the step of equipping the electromechanical actuator with an internal shock-absorbing device arranged between an output shaft of the electromechanical actuator that is coupled to the landing gear and a motor shaft of a motor of the electromechanical actuator.
A compact medical device for controlling the release of waste content from an external stoma of a subject, comprising: a first flange; wherein the first flange comprises a vent hole and a vent cover for releasing gas waste content; an adhesive layer bound to the first flange for attaching to the body of the subject; a displaceable cover for closing and opening the device, wherein the displaceable cover is configured to connect to the first flange; an aperture configurated to surround the stoma for the release of waste content; characterized by further comprises a second flange, wherein the first and second flanges (1,2) are connectable or connected; a pressure sensor for determining the pressure of the person waste content in the displaceable cover, the pressure threshold is between 5 - 90 mm Hg; an alert system, preferably an alarm; and data processor able to activate the alert system when the pressure is equal or superior to a pre-determined threshold. a first flange; wherein the first flange comprises a vent hole and a vent cover for releasing gas waste content; an adhesive layer bound to the first flange for attaching to the body of the subject; a displaceable cover for closing and opening the device, wherein the displaceable cover is configured to connect to the first flange; an aperture configurated to surround the stoma for the release of waste content; characterized by further comprises a second flange, wherein the first and second flanges (1,2) are connectable or connected; a pressure sensor for determining the pressure of the person waste content in the displaceable cover, the pressure threshold is between 5 - 90 mm Hg; an alert system, preferably an alarm; and data processor able to activate the alert system when the pressure is equal or superior to a pre-determined threshold.
A laundry washing or washing-drying machine comprising a body; a top plate that covers the upper surface of the body; a tub that is disposed in the body and wherein the washing/drying process is realized; a spring that enables the tub to be hung in the body and that absorbs the oscillation and vibration movements, and at least one damping means that is disposed on the body so as to be between the body and the top plate and that decreases the vibrations transmitted from the body to the top plate by supporting the top plate and the damping means having a housing whereon the spring is hung from one end characterized by an extension that is disposed on the top plate and that extends towards the body and a holder that is disposed on the damping means and that bears against the extension from above so as to support the extension towards the body.
A method of creating a precision-fit joint, comprising: creating a mating surface on a first joint component so that the mating surface includes one or more interfering features; connecting a second joint component with the mating surface such that the interfering feature is compressed; and treating the mating surface so as to induce flow of material from the interfering feature to an area between the first joint component and the second joint component. creating a mating surface on a first joint component so that the mating surface includes one or more interfering features; connecting a second joint component with the mating surface such that the interfering feature is compressed; and treating the mating surface so as to induce flow of material from the interfering feature to an area between the first joint component and the second joint component.
A spark ignition type internal combustion engine including a plurality of cylinders and being able to stop combustion in part of these cylinders, the spark ignition type internal combustion engine comprising, a variable compression ratio mechanism which can change an mechanical compression ratio and a variable valve timing mechanism which can control a closing timing of an intake valve, wherein when idling part of the cylinders or increasing idled cylinders, the closing timing of the intake valve moves in a direction which approaches an intake bottom dead center side, and the mechanical compression ratio of the operating cylinders falls.
One or more agents for use in treating cancer-associated muscle and/or fat loss in a subject identified as having a cancer by inhibiting the loss of myosin heavy chain in a myocyte; inhibiting lipolysis in an adipocyte; or inhibiting atrophy in a myocyte, adipocyte, or hepatocyte, wherein the one or more agent is a MEK inhibitor selected from one or more of PD184352 and trametinib; wherein the subject is identified as having at least one cancer selected from the group consisting of carcinomas, sarcomas, cancers of the skin, pancreas, stomach, colon, thorax, liver, gallbladder, musculoskeletal system, breast, lung, ovary, uterus, endometrium, prostate, mouth, salivary, esophagus, head and neck, and tumors of the gastrointestinal tract; and wherein the subject is pre-selected as having a molecular signature indicative of pre-cachexia or cachexia, by one or more of: detecting an alteration in at least three markers selected from the group consisting of S100A2 or S100A4; S100A8 or S100A9; and S100A7; detecting an alteration in at least four markers selected from the group consisting of S100A2 or S100A4; S100A8 or S100A9; S100A7; and S100A14; or measuring the level of at least five markers selected from the group consisting of S100A2 or S100A4; S100A8 or S100A9; S100A7; S100A14; and S100P, thereby pre-selecting the patient as having said molecular signature. detecting an alteration in at least three markers selected from the group consisting of S100A2 or S100A4; S100A8 or S100A9; and S100A7; detecting an alteration in at least four markers selected from the group consisting of S100A2 or S100A4; S100A8 or S100A9; S100A7; and S100A14; or measuring the level of at least five markers selected from the group consisting of S100A2 or S100A4; S100A8 or S100A9; S100A7; S100A14; and S100P, thereby pre-selecting the patient as having said molecular signature.
Device for cleaning an exhaust gas flow being produced during a combustion process and being guided in one direction, the device having filter elements which are arranged in the exhaust flow one after the other in piles along a longitudinal axis extending in the direction of the exhaust flow and which form a filter unit, wherein the filter elements have a number of perforations in the direction of the longitudinal axis which completely perforate the respective filter element, characterized in that - at least two filter elements (4a, 4b) are detachably arranged in the exhaust flow, - with respect to their form, size and arrangement, the perforations (4.1) of the individual filter elements (4a, 4b) are present on the respective filter elements (4a, 4b) such that the perforations (4.1) of adjacently arranged filter elements (4a, 4b) correspond to one another; - the filter elements (4a, 4b) are movably arranged relative to one another, wherein the perforations (4.1) of adjacently arranged filter elements (4a, 4b) can be moved towards one another, so that a pressure drop of the exhaust flow is adjustable by aligning at least two filter elements (4a, 4b) with respect to one another; - the filter elements (4a, 4b) consist of such a heat-resistant and fireproof material that a combustion of particles filtered out of the exhaust flow and deposited on the filter elements (4a, 4b) which causes no damage to the filter elements (4a, 4b) is possible. - at least two filter elements (4a, 4b) are detachably arranged in the exhaust flow, - with respect to their form, size and arrangement, the perforations (4.1) of the individual filter elements (4a, 4b) are present on the respective filter elements (4a, 4b) such that the perforations (4.1) of adjacently arranged filter elements (4a, 4b) correspond to one another; - the filter elements (4a, 4b) are movably arranged relative to one another, wherein the perforations (4.1) of adjacently arranged filter elements (4a, 4b) can be moved towards one another, so that a pressure drop of the exhaust flow is adjustable by aligning at least two filter elements (4a, 4b) with respect to one another; - the filter elements (4a, 4b) consist of such a heat-resistant and fireproof material that a combustion of particles filtered out of the exhaust flow and deposited on the filter elements (4a, 4b) which causes no damage to the filter elements (4a, 4b) is possible.
A method of calibrating a non-contact temperature measurement device (115, 420) in an additive manufacturing system (100, 400), the method comprising: applying energy from a radiation source of the additive manufacturing system (100, 400) to heat a reference element, the reference element being thermally coupled to a temperature sensor (124, 315); comparing a temperature reading from the temperature sensor (124, 315) with data from the non-contact temperature measurement device (115, 420) to calibrate said device; the method characterized in that it further comprises: moving the reference element relative to the non-contact temperature measurement device (115, 420); and comparing a temperature reading from the temperature sensor (124, 315) with data from a different portion of the non-contact temperature measurement device (115, 420) to calibrate said different portion of the device. applying energy from a radiation source of the additive manufacturing system (100, 400) to heat a reference element, the reference element being thermally coupled to a temperature sensor (124, 315); comparing a temperature reading from the temperature sensor (124, 315) with data from the non-contact temperature measurement device (115, 420) to calibrate said device; moving the reference element relative to the non-contact temperature measurement device (115, 420); and comparing a temperature reading from the temperature sensor (124, 315) with data from a different portion of the non-contact temperature measurement device (115, 420) to calibrate said different portion of the device.