mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising, preferably consisting of, a mixture of empty liposomes, wherein said mixture of empty liposomes comprises, preferably consists of, (a) a first empty liposome comprising cholesterol, wherein the amount of cholesterol is at least 30% (weight per weight); and (b) a second empty liposome comprising sphingomyelin, wherein preferably said second empty liposome (b) comprises said sphingomyelin as sole lipid component; for use in adjunctive treatment of pneumonia in a human patient, wherein preferably said pneumonia is selected from a Community Acquired Pneumonia (CAP), a Hospitalization Acquired Pneumonia (HAP) and a Ventilator-associated pneumonia (VAP) in a human patient. (a) a first empty liposome comprising cholesterol, wherein the amount of cholesterol is at least 30% (weight per weight); and (b) a second empty liposome comprising sphingomyelin, wherein preferably said second empty liposome (b) comprises said sphingomyelin as sole lipid component;
A hollow porous membrane comprising a hollow support and a porous membrane layer disposed on the outer circumferential surface of the support, wherein the support is a hollow braid obtained by circularly knitting one yarn formed of a multi-filament or formed of multi-filaments.
A connection assembly being a snap fastener assembly or a container assembly, the connection assembly comprising a first component and a second component which can be joined together along an axis of relative movement , starting from a separated disassembled state, into an interconnected assembled state, and which can be transferred back into the disassembled state, the first component being provided with at least one latching element which surrounds the axis of relative movement in an annular or segment-shaped manner, and the second component being provided with at least one latching element receptacle which surrounds the axis of relative movement in an annular or segment-shaped manner and cooperates with at least two latching portions of the at least one latching element in the assembled state, the latching portions being offset relative to each other when viewed in the circumferential direction, wherein the latching portions of the at least one latching element are each movable along a movement path starting from a non-deformed rest state, which movement path has at least a component parallel to the axis of relative movement , a first portion of the movement path pointing in a disassembly direction with respect to the rest state, and a second portion of the movement path pointing in an assembly direction opposite the disassembly direction with respect to the rest state, wherein in the course of disassembling the at least one latching element rests against at least one stop , characterized in that , when in its rest state, the at least one latching element extends along a plane that is oblique or perpendicular to the axis of relative movement when viewed in a cross-sectional plane parallel to the axis of relative movement , and in that the first portion of the movement path being limited by the at least one stop against which the at least one latching element rests in the course of disassembling the components , wherein the latching portions are spaced apart from the stop when the latching element is its rest state.
A non-contact, medical ultrasound therapy system for generating and controlling low frequency ultrasound, comprising: a non-contact treatment wand including an ultrasonic transducer configured to provide the low frequency ultrasound to a patient without contacting the patient; a generator unit configured to generate electric power output to drive the ultrasonic transducer to generate and control low frequency ultrasound, the generator unit comprising a digital frequency generator , wherein the generator unit digitally controls energy output at resonance frequency of the ultrasonic transducer; and a voltage vs. current phase detector configured to detect a voltage vs. current phase angle, and a cable coupling the non-contact treatment wand to the generator unit, wherein the generator unit is configured to adjust and lock an output frequency to the ultrasonic transducer in a phase-continuous manner at resonance for non-contact low-load conditions and for no-load conditions based on the voltage vs. current phase angle and digitally control energy output to the ultrasonic transducer ; wherein the system is driven at a constant current which maintains constant output displacement. a non-contact treatment wand including an ultrasonic transducer configured to provide the low frequency ultrasound to a patient without contacting the patient; a generator unit configured to generate electric power output to drive the ultrasonic transducer to generate and control low frequency ultrasound, the generator unit comprising a digital frequency generator , wherein the generator unit digitally controls energy output at resonance frequency of the ultrasonic transducer; and a voltage vs. current phase detector configured to detect a voltage vs. current phase angle, and a cable coupling the non-contact treatment wand to the generator unit, wherein the generator unit is configured to adjust and lock an output frequency to the ultrasonic transducer in a phase-continuous manner at resonance for non-contact low-load conditions and for no-load conditions based on the voltage vs. current phase angle and digitally control energy output to the ultrasonic transducer ; wherein the system is driven at a constant current which maintains constant output displacement.
A mould device for use in a rotational moulding device wherein a rotational moulding process is performed by rotating the mould device by means of a robot arm , the mould device comprising: a connector part for connecting the mould device to the robot arm of the rotational moulding device ; a first mould part , a second mould part , and optionally at least one further mould part , provided for being assembled to each other and for enclosing a mould cavity in an assembled state, and each of the mould parts comprising an interior face facing towards the mould cavity and an exterior face facing away from the mould cavity ; attachment means for attaching the mould parts in a releasable manner to each other; and heating means and cooling means integrated on at least one of the mould parts for respectively heating and cooling the respective mould part which is manufactured from a thermally conductive material; characterised in that the heating means comprise heating elements arranged in first grooves which are provided in or on the exterior face of the respective mould part , and in that the cooling means comprise cooling elements arranged in second grooves which are provided in or on the exterior face of the respective mould part in between the first grooves . a connector part for connecting the mould device to the robot arm of the rotational moulding device ; a first mould part , a second mould part , and optionally at least one further mould part , provided for being assembled to each other and for enclosing a mould cavity in an assembled state, and each of the mould parts comprising an interior face facing towards the mould cavity and an exterior face facing away from the mould cavity ; attachment means for attaching the mould parts in a releasable manner to each other; and heating means and cooling means integrated on at least one of the mould parts for respectively heating and cooling the respective mould part which is manufactured from a thermally conductive material; characterised in that the heating means comprise heating elements arranged in first grooves which are provided in or on the exterior face of the respective mould part , and in that the cooling means comprise cooling elements arranged in second grooves which are provided in or on the exterior face of the respective mould part in between the first grooves .
A bandwidth allocation apparatus comprising: an acquisition unit configured to acquire scheduling information related to transmission of uplink data from a first subscriber line termination apparatus corresponding to a subscriber line termination apparatus needing to transfer uplink data with low latency; a requested amount reception unit configured to receive, from second subscriber line termination apparatus corresponding to a subscriber line termination apparatus not needing to transfer uplink data with low latency, information representing a requested amount related to transmission of uplink data from the second subscriber line termination apparatus, in a requested amount reception cycle corresponding to a cycle equal to or longer than a predetermined maximum round-trip time; and an allocation unit configured to allocate, in an allocation amount determination cycle shorter than the requested amount reception cycle, a bandwidth to the uplink data from the first subscriber line termination apparatus on a basis of the scheduling information, and to allocate, in the allocation amount determination cycle, a bandwidth to the uplink data from the second subscriber line termination apparatus on a basis of the information representing the requested amount. an acquisition unit configured to acquire scheduling information related to transmission of uplink data from a first subscriber line termination apparatus corresponding to a subscriber line termination apparatus needing to transfer uplink data with low latency; a requested amount reception unit configured to receive, from second subscriber line termination apparatus corresponding to a subscriber line termination apparatus not needing to transfer uplink data with low latency, information representing a requested amount related to transmission of uplink data from the second subscriber line termination apparatus, in a requested amount reception cycle corresponding to a cycle equal to or longer than a predetermined maximum round-trip time; and an allocation unit configured to allocate, in an allocation amount determination cycle shorter than the requested amount reception cycle, a bandwidth to the uplink data from the first subscriber line termination apparatus on a basis of the scheduling information, and to allocate, in the allocation amount determination cycle, a bandwidth to the uplink data from the second subscriber line termination apparatus on a basis of the information representing the requested amount.
A container unit for brake fluid in a vehicle hydraulic brake system, where the container unit is connectable to and adapted for being in fluid communication with a hydraulic component of the brake system, the container unit comprising: a storage chamber for storing the brake fluid, the storage chamber having at least one flow channel allowing fluid communication between the storage chamber and the hydraulic component , where the storage chamber together with the at least one flow channel defines an inner space of the container unit ; at least one displaceable valve unit regulating the flow of brake fluid out from and into the storage chamber through the at least one flow channel , where the at least one valve unit in an open position is displaced to allow brake fluid to flow out from and into the storage chamber when the container unit is connected to the hydraulic component , and where the at least one valve unit in a closed position is displaced to prevent brake fluid from flowing out from the storage chamber when the container unit is disconnected from the hydraulic component , characterized in that the at least one valve unit in the open and closed positions is fully enclosed within the inner space of the container unit . a storage chamber for storing the brake fluid, the storage chamber having at least one flow channel allowing fluid communication between the storage chamber and the hydraulic component , where the storage chamber together with the at least one flow channel defines an inner space of the container unit ; at least one displaceable valve unit regulating the flow of brake fluid out from and into the storage chamber through the at least one flow channel , where the at least one valve unit in an open position is displaced to allow brake fluid to flow out from and into the storage chamber when the container unit is connected to the hydraulic component , and where the at least one valve unit in a closed position is displaced to prevent brake fluid from flowing out from the storage chamber when the container unit is disconnected from the hydraulic component , characterized in that the at least one valve unit in the open and closed positions is fully enclosed within the inner space of the container unit .
Refrigeration and/or freezer device, comprising a device body, a refrigerated interior space which is located in the device body, a drawer which is located in the refrigerated interior space and which can be pulled out of the refrigerated interior space and can be inserted into said interior space, a guide , by means of which the drawer is guided while being pulled-out and inserted, wherein the guide is configured so that said guide rises from back to front in the pull-out direction of the drawer , the drawer has a base which, in the inserted state of the drawer , has a smaller distance to the guide in the rear region of the drawer than in the front region of the drawer , a support is provided, on which the drawer rests in the pulled-out state, wherein a protrusion is provided, which is accommodated in the guide and which is arranged so that it is moved relative to the guide when the drawer is pulled-out or inserted, wherein either the guide is arranged on the drawer and the protrusion is arranged stationary on a storage base , or the protrusion is located on the drawer and the guide is arranged stationary on a storage base , characterized in that the base of the drawer , in the inserted state thereof, ascends starting from the drawer front to the rear.
Surface device with localized deformation, including a plate carrying a surface for interaction with one or more external interaction elements, including zones for interaction with the exterior, actuators able to cause a deformation in a direction orthogonal to the plane of the plate at the interaction zones of the means for detecting contact between the interaction zones and an external interaction element, means for controlling the actuators configured to send control signals to the actuators, comprising means for computing said control signals, said computing means implementing an inverse filtering operation, so as to emit, from a required movement of at least one of the interaction zones, control signals at least partially compensating for the distortion, the reverberation and the propagation of the waves, the device being characterized in that each of the interaction zones is in a near field of at least one of the actuators while being located at a distance less than or equal to the wavelength of the control signals sent to the actuators and/or less than or equal to the dimensions of the actuators in the directions of the interaction surface.
An image capturing apparatus comprising: an image capturing portion configured to capture an image of a target object associated with a production line, so as to monitor or image production states on the production line; a controller configured to perform image processing of obtaining a feature value from image data obtained by the image capturing portion; a storage device configured to accumulate the image data; and an ID generation portion configured to generate at least one type of ID information corresponding to the target object; wherein the controller is configured to, in an image capturing period of capturing an image of the target object by the image capturing portion, transmit a result as the obtained feature value of the image processing to a data management server while accumulating the image data obtained by the image capturing portion in the storage device together with the ID information associated therewith, and, in an image capturing suspension period of not performing image capturing of the target object by the image capturing portion , transmit the image data accumulated in the storage device to the data management server , wherein the controller is configured to associate the result of image processing and the image data with the ID information and to transmit the result of image processing and the image data associated with the ID information to the data management server . an image capturing portion configured to capture an image of a target object associated with a production line, so as to monitor or image production states on the production line; a controller configured to perform image processing of obtaining a feature value from image data obtained by the image capturing portion; a storage device configured to accumulate the image data; and an ID generation portion configured to generate at least one type of ID information corresponding to the target object; wherein the controller is configured to, in an image capturing period of capturing an image of the target object by the image capturing portion, transmit a result as the obtained feature value of the image processing to a data management server while accumulating the image data obtained by the image capturing portion in the storage device together with the ID information associated therewith, and, in an image capturing suspension period of not performing image capturing of the target object by the image capturing portion , transmit the image data accumulated in the storage device to the data management server , wherein the controller is configured to associate the result of image processing and the image data with the ID information and to transmit the result of image processing and the image data associated with the ID information to the data management server .
Method for continuously producing a fibre composite semi-finished product consisting of a reinforcing fibre material and a matrix material which has an interval between the melting temperature and the crosslinking temperature and which is a single-component epoxy resin, in which method - the melting temperature is the temperature at which the epoxy resin is liquefied, - the crosslinking temperature is the temperature at which the curing reaction between a monomer and a latent curing agent is triggered, - the melting temperature in this case is below the crosslinking temperature, and - the matrix material has thermoplastic properties in the uncrosslinked state and thermoset properties in the crosslinked state, comprising at least the following steps: a. applying reinforcing fibre material and uncrosslinked matrix material to a conveyor belt, b. pressing reinforcing fibre material and uncrosslinked matrix material to form the fibre composite semi-finished product , characterised in that the reinforcing fibre material and uncrosslinked matrix material are applied as a layer of a mixture of pre-cut short fibres and powdered, uncrosslinked matrix material , and the reinforcing fibre material and the matrix material on the conveyor belt, during the pressing process or as a semi-finished product , are not delimited from the material of the conveyor belt of the belt press or from other semi-finished product layers by films, and in that the matrix material is in the molten state during the pressing, due to heating, but is not crosslinked. - the melting temperature is the temperature at which the epoxy resin is liquefied, - the crosslinking temperature is the temperature at which the curing reaction between a monomer and a latent curing agent is triggered, - the melting temperature in this case is below the crosslinking temperature, and - the matrix material has thermoplastic properties in the uncrosslinked state and thermoset properties in the crosslinked state, a. applying reinforcing fibre material and uncrosslinked matrix material to a conveyor belt, b. pressing reinforcing fibre material and uncrosslinked matrix material to form the fibre composite semi-finished product ,
Inspection apparatus for an optical inspection of bottles or similar containers made of glass or a translucent material, with at least one illumination device arranged at a side of a transporter for the containers , with an electronic camera for imaging the container which is positioned in front of the illumination unit at an inspection position (1.1) and with an optical arrangement in the light beam path between the container and a lens (9.1) of the camera for producing at least two images of the respective container from at least two different exposure or image directions, wherein the optical distance between the container located at the inspection position (1.1) and an lens (9.1) of the camera for each image is selected by taking account of the focal length of the lens (9.1) and the optical arrangement in such a way that an essentially parallel arrangement of the light beams is achieved in the beam path between the container and the lens (9.1) for each image, wherein the optical arrangement comprises a first mirror arrangement which deflects the two individual images from the different exposure and image directions into a common plane, wherein this common plane is an optical plane of a secondary mirror , common to both images, of a further mirror arrangement which is provided in the light beam path between the first mirror arrangement and the camera lens (9.1), characterised in that this further mirror arrangement comprises a deflecting mirror , which is arranged above the secondary mirror in such a way that both images from the regions (7.1, 7.2) of the secondary mirror , initially reflected upwards, are again reflected downwards at this deflecting mirror , and specifically to the camera , which is arranged with the optical arrangement on a common side of the transporter in a vertical direction beneath the optical arrangement and between two deflecting mirrors (5.2) of the mirror arrangement and the secondary mirror .
A personalized vaccine composition for use in reducing tumor size, inhibiting tumor growth, reducing tumor burden, increasing survival, or increasing cancer-free survival in an individual wherein the vaccine composition comprises: one or more peptides determined to have immunoreactivity with a biological sample of the cancer from the individual, wherein the one or more peptides comprise peptides encoded by a frameshifted mRNA expressed by a cancer cell, and wherein the one or more peptides comprise peptides having a sequence selected from SEQ ID NO: 1-7264, and wherein administering the vaccine composition elicits an immune response in the individual against the cancer. one or more peptides determined to have immunoreactivity with a biological sample of the cancer from the individual, wherein the one or more peptides comprise peptides encoded by a frameshifted mRNA expressed by a cancer cell, and wherein the one or more peptides comprise peptides having a sequence selected from SEQ ID NO: 1-7264, and wherein administering the vaccine composition elicits an immune response in the individual against the cancer.