mhurhangee/ep-ind-claims huggingface dataset:
A bending press for bending a workpiece comprising two platforms movable relative to one another, which each support a tool mount holding a tool, a controller and a sensor connected to the controller, characterized in that the at least one sensor is a pressure sensor arranged in the force main flow of the bending press, which pressure sensor preferably cooperates with one of the tool mounts, and that the controller comprises a data processing device which is configured to determine from the sensor data of the pressure sensor at least one property of the workpiece and/or the deformation of the bending press caused by the bending operation, and that the pressure sensor is arranged inside the tool mount or between the tool mount and the tool held by the tool mount or between the tool mount and the platform supporting the tool mount.
A process for producing oils and fats rich in diacylglycerol, the content of diacylglycerol being in a proportion of 65 to 100% by weight by subjecting fatty acids which are obtainable by hydrolyzing raw material oils and fats, to an esterification reaction with glycerin, wherein the process comprises a step of decreasing an anisidine value of the fatty acids of greater than 6 by 20% or more, said step including an adsorption treatment.
A method (1100, 1200, 1300) comprising: maneuvering a satellite that is in an orbit around a space body so that a principle sensitive axis of the satellite is oriented to an orbit frame plane to reduce gravity gradient torques acting upon the satellite, wherein the orbit frame plane is based on an orbit frame vector, wherein the orbit frame vector is defined from the center of gravity of the space body orbited by the satellite to the center of gravity of the satellite, wherein the orbit frame plane is defined at the center of gravity of the satellite and perpendicular to the orbit frame vector, and wherein the principal sensitive axis is an axis of the satellite in which gravity gradients generate the highest amount of torque to the satellite, characterised in that the maneuvering includes orienting a thrust vector of the satellite to the orbit frame plane and rotating the satellite about the thrust vector of the satellite until the principle sensitive axis of the satellite is oriented to the orbit frame plane. maneuvering a satellite that is in an orbit around a space body so that a principle sensitive axis of the satellite is oriented to an orbit frame plane to reduce gravity gradient torques acting upon the satellite, wherein the orbit frame plane is based on an orbit frame vector, wherein the orbit frame vector is defined from the center of gravity of the space body orbited by the satellite to the center of gravity of the satellite, wherein the orbit frame plane is defined at the center of gravity of the satellite and perpendicular to the orbit frame vector, and wherein the principal sensitive axis is an axis of the satellite in which gravity gradients generate the highest amount of torque to the satellite, characterised in that the maneuvering includes orienting a thrust vector of the satellite to the orbit frame plane and rotating the satellite about the thrust vector of the satellite until the principle sensitive axis of the satellite is oriented to the orbit frame plane.
An apparatus comprising: - a passenger cabin; - an inlet system configured to receive air in the passenger cabin; - an outlet system configured to output the air received by the inlet system; and - a fan system configured to cause a movement of the air into the inlet system and out of the outlet system, wherein the movement of the air causes a desired circulation of the air in the passenger cabin; characterized in that said apparatus further comprises a suite having a plurality of walls extending upward from a floor of said passenger cabin without reaching a ceiling of said passenger cabin, said inlet system being configured to receive air in a location outside of said suite and said outlet system being configured to output the air received by said inlet system into an interior of the suite; in that said inlet system comprises a restrictor, a duct configured to be connected to said fan system and an inlet grill configured to provide an opening to receive air, wherein said inlet grill is located on a lower half of an exterior of walls of said suite; and in that the outlet system comprises a duct configured to be connected to said fan system, a diffuser and an outlet located on a lower half of said interior of walls of said suite. - a passenger cabin; - an inlet system configured to receive air in the passenger cabin; - an outlet system configured to output the air received by the inlet system; and - a fan system configured to cause a movement of the air into the inlet system and out of the outlet system, wherein the movement of the air causes a desired circulation of the air in the passenger cabin;
An electrode array (1000, 1500a, 1500b) comprising: a housing; a plurality of first contact electrodes exposed to an outside of the housing; a plurality of second contact electrodes exposed to the outside of the housing; a first wire group (TG1, 1701a) disposed inside the housing and electrically connected to the first contact electrodes; and a second wire group (TG2, 1701b) disposed inside the housing and electrically connected to the second contact electrodes, wherein the plurality of first contact electrodes and the first wire group (TG1, 1701a) are disposed on different planes within the housing, and wherein the second wire group (TG2, 1701b) is disposed on a different plane from the first wire group (TG1, 1701a). a housing; a plurality of first contact electrodes exposed to an outside of the housing; a plurality of second contact electrodes exposed to the outside of the housing; a first wire group (TG1, 1701a) disposed inside the housing and electrically connected to the first contact electrodes; and a second wire group (TG2, 1701b) disposed inside the housing and electrically connected to the second contact electrodes, wherein the plurality of first contact electrodes and the first wire group (TG1, 1701a) are disposed on different planes within the housing, and wherein the second wire group (TG2, 1701b) is disposed on a different plane from the first wire group (TG1, 1701a).
A method for manufacturing a battery module which comprises a module case, in which an internal space is formed by a bottom plate and sidewalls, and an injection port is formed in the bottom plate or the sidewalls; a plurality of battery cells existing in the internal space; and a resin layer in contact with the bottom plate or the sidewalls while being in contact with the battery cells, the method comprising: attaching a tape to cover the injection port of the bottom plate or the sidewalls; mounting an injection device of a resin composition forming the resin layer such that the injection device is mounted on the injection port while penetrating the tape; injecting the resin composition into the mounted injection device; and removing the tape after removing the injection device, wherein the tape attached to cover the injection port comprises a polyester film, an acrylic film, a polyolefin film, a paper, a cellulose-based polymer film, a polystyrene film or a polycarbonate-based film. attaching a tape to cover the injection port of the bottom plate or the sidewalls; mounting an injection device of a resin composition forming the resin layer such that the injection device is mounted on the injection port while penetrating the tape; injecting the resin composition into the mounted injection device; and removing the tape after removing the injection device, wherein the tape attached to cover the injection port comprises a polyester film, an acrylic film, a polyolefin film, a paper, a cellulose-based polymer film, a polystyrene film or a polycarbonate-based film.
Device for extravasal or extraneuronal fastening of a medical implant with a biocompatible surface substrate biocompatible surface substrate having a first substrate portion configured in the manner of a compression sleeve and has a free end portion which by winding the first substrate portion about a spatial axis is loosely radially covered by at least one layer of the wound first substrate portion, and also a second substrate portion which is attached integrally to the first substrate portion, is not wound about the spatial axis, and is connectable directly or indirectly to a connection structure leading away from the medical implant, characterised in that in the region of the end portion at least one means is applied, which, when first substrate portion is in the wound state about the spatial axis forms a joint connection with the first substrate portion and/or the second substrate portion.
An X-ray inspection system comprising: an X-ray source housing configured for being brought into contact with a first surface of a composite structure; a detector housing configured for being brought into contact with a second surface of the composite structure opposite the first surface; an X-ray source positioned within the X-ray source housing; an X-ray scintillator positioned within the detector housing, wherein the X-ray scintillator is a structured scintillator formed of crystals grown in a structured format; a light detector positioned within the detector housing; a first objective lens positioned within the detector housing and between the X-ray scintillator and the light detector such that the first objective lens is a first distance from the X-ray scintillator, wherein the first distance is adjustable, and wherein the first objective lens has an anti-reflective coating configured to reduce or prevent light being reflected from first objective lens back to X-ray scintillator; and a second objective lens positioned within the detector housing and between the first objective lens and the light detector. an X-ray source housing configured for being brought into contact with a first surface of a composite structure; a detector housing configured for being brought into contact with a second surface of the composite structure opposite the first surface; an X-ray source positioned within the X-ray source housing; an X-ray scintillator positioned within the detector housing, wherein the X-ray scintillator is a structured scintillator formed of crystals grown in a structured format; a light detector positioned within the detector housing; a first objective lens positioned within the detector housing and between the X-ray scintillator and the light detector such that the first objective lens is a first distance from the X-ray scintillator, wherein the first distance is adjustable, and wherein the first objective lens has an anti-reflective coating configured to reduce or prevent light being reflected from first objective lens back to X-ray scintillator; and a second objective lens positioned within the detector housing and between the first objective lens and the light detector.
Prosthesis for at least partial replacement of a tubular bone and of an adjoining joint, comprising an elongate shaft with a first end and a second end, and a joint mechanism arranged at the second end of the shaft, wherein the shaft and the joint mechanism are coupled via complementary conical plug connectors (18, 29), the shaft has an inner rod and a coaxial outer rod, a length-adjusting mechanism is provided which actuates the shaft along its axis in the manner of a telescope and acts on the inner rod and the outer rod, wherein the length-adjusting mechanism is of a modular design and is provided, at its proximal and its distal end, with complementary conical plug connectors (18, 19), wherein the length-adjusting mechanism is further provided with an anti-rotation means acting in form-fit engagement, characterized in that a male conical plug connector is provided at one of the two ends of the length-adjusting mechanism and a female conical plug connector is provided at the other of the two ends, in that the anti-rotation means is arranged on the outer rod and engages in a longitudinal recess on the inner rod, and in that the inner rod is prevented from rotation with respect to the joint mechanism by means of two radially opposite fixing screws.
Device for removing a label present on a tray moving along a path and for depositing said label in a container, the device comprising: • a means for stopping the tray, which means is arranged at a point of removing the label, • a means for gripping the label, which means is capable of removing the label, • a means for moving the means for gripping the label between a position where said gripping means is in contact with the label when said label is present on the tray and another position where the means for gripping the label is capable of allowing the label to be deposited in the container. • a means for stopping the tray, which means is arranged at a point of removing the label, • a means for gripping the label, which means is capable of removing the label, • a means for moving the means for gripping the label between a position where said gripping means is in contact with the label when said label is present on the tray and another position where the means for gripping the label is capable of allowing the label to be deposited in the container.
A flexible and self-supporting composite insulating film comprising: a base polymer film layer; and a partially cured poly(amide)imide film layer, wherein said base polymer film layer is selected from a polyamide film, a polyimide film, a polyester film, a polyethersulfone film, a polysulfone film, or a polyetherimide film. a base polymer film layer; and a partially cured poly(amide)imide film layer, wherein said base polymer film layer is selected from a polyamide film, a polyimide film, a polyester film, a polyethersulfone film, a polysulfone film, or a polyetherimide film.
A method of controlling a dishwasher, comprising the steps of: changing a state of a passage switching valve to selectively supply water, received by the passage switching valve, to one of an upper nozzle and a lower nozzle; and reducing a rotational speed, from a first speed to a second speed, less than the first, of a wash pump supplying the water to the passage switching valve before the change of state of the passage switching valve, wherein the passage switching valve begins to change state after the rotational speed of the wash pump reaches the second speed, further comprising: increasing the rotational speed of the wash pump to the first speed if the change of state of the passage switching valve is completed, or increasing the rotational speed of the wash pump to the first speed while the passage switching valve is changing state. changing a state of a passage switching valve to selectively supply water, received by the passage switching valve, to one of an upper nozzle and a lower nozzle; and reducing a rotational speed, from a first speed to a second speed, less than the first, of a wash pump supplying the water to the passage switching valve before the change of state of the passage switching valve, wherein the passage switching valve begins to change state after the rotational speed of the wash pump reaches the second speed, further comprising: increasing the rotational speed of the wash pump to the first speed if the change of state of the passage switching valve is completed, or increasing the rotational speed of the wash pump to the first speed while the passage switching valve is changing state. increasing the rotational speed of the wash pump to the first speed if the change of state of the passage switching valve is completed, or increasing the rotational speed of the wash pump to the first speed while the passage switching valve is changing state.
Cover which can be releasably attached to a vessel for processing a food item present in the vessel and which can transmit the movement of a tool drive onto a processing tool for processing the food item in the vessel, characterised in that the cover has a releasable safety coupling in order to transmit the movement of the tool drive onto the processing tool in the closed state and in the detached state to interrupt this transmission, and the cover has a coupling switch, which can close and release the safety coupling as a function of the connection between the cover and the vessel.
A cargo support device comprising: an inner tube; an outer tube enclosing the inner tube, the inner tube being capable of partially stretching out from the outer tube; a long toothed rack; a handle hinged on the outer tube; a ratchet at an end of the handle, which meshes with teeth on the long toothed rack; and a locator capable of locking the handle when the ratchet meshes with the teeth; characterized in that the cargo support device further comprises a strip-shaped groove in the inner tube in an axial direction; and wherein the long toothed rack is embedded into the groove and is limited by the side faces of the groove; wherein the long toothed rack is formed by the combination of a half rack I and a half rack II aligned side by side; the half rack I and half rack II being embedded in the groove on the inner tube and fixed in the groove by pins inserted through holes located between the half rack I and half rack II. an inner tube; an outer tube enclosing the inner tube, the inner tube being capable of partially stretching out from the outer tube; a long toothed rack; a handle hinged on the outer tube; a ratchet at an end of the handle, which meshes with teeth on the long toothed rack; and a locator capable of locking the handle when the ratchet meshes with the teeth; characterized in that the cargo support device further comprises a strip-shaped groove in the inner tube in an axial direction; and wherein the long toothed rack is embedded into the groove and is limited by the side faces of the groove; wherein the long toothed rack is formed by the combination of a half rack I and a half rack II aligned side by side; the half rack I and half rack II being embedded in the groove on the inner tube and fixed in the groove by pins inserted through holes located between the half rack I and half rack II.
A moisture management fabric (116, 616, 816) comprising: a first fabric layer (115, 615, 815) comprising a first yarn of a first linear density (denier) per filament, wherein the first linear density (denier) per filament is less than or equal to 0.116 tex (1.04 denier); a second fabric layer (113, 613, 813) comprising a second yarn of a second linear density (denier) per filament greater than the first linear density (denier) per filament, wherein the second linear density (denier) per filament is greater than or equal to 0.116 tex (1.04 denier) and a linear density (denier) differential between the first linear density (denier) per filament and the second linear density (denier) per filament is at least 0.060 tex (0.54 denier); and a third fabric layer (114, 614, 814) of third yarn adjacent both the first layer (115, 615, 815) and the second layer (113, 613, 813) and disposed between the first layer (115, 615, 815) and the second layer (113, 613, 813), wherein the third linear density (denier) per filament is greater than or equal to 0.116 tex (1.04 denier) and less than the second linear density (denier) per filament, wherein either the first fabric layer (115, 615, 815) and the third fabric layer (114, 614, 814) are knitted separately, double-knit or plaited single knit and the second fabric layer (113, 613, 813) is knitted separately or the third fabric layer (114, 614, 814) and the second fabric layer (113, 613, 813) are knitted separately, double-knit or plaited single knit and the first fabric layer (115, 615, 815) is knitted separately. a first fabric layer (115, 615, 815) comprising a first yarn of a first linear density (denier) per filament, wherein the first linear density (denier) per filament is less than or equal to 0.116 tex (1.04 denier); a second fabric layer (113, 613, 813) comprising a second yarn of a second linear density (denier) per filament greater than the first linear density (denier) per filament, wherein the second linear density (denier) per filament is greater than or equal to 0.116 tex (1.04 denier) and a linear density (denier) differential between the first linear density (denier) per filament and the second linear density (denier) per filament is at least 0.060 tex (0.54 denier); and a third fabric layer (114, 614, 814) of third yarn adjacent both the first layer (115, 615, 815) and the second layer (113, 613, 813) and disposed between the first layer (115, 615, 815) and the second layer (113, 613, 813), wherein the third linear density (denier) per filament is greater than or equal to 0.116 tex (1.04 denier) and less than the second linear density (denier) per filament, wherein either the first fabric layer (115, 615, 815) and the third fabric layer (114, 614, 814) are knitted separately, double-knit or plaited single knit and the second fabric layer (113, 613, 813) is knitted separately or the third fabric layer (114, 614, 814) and the second fabric layer (113, 613, 813) are knitted separately, double-knit or plaited single knit and the first fabric layer (115, 615, 815) is knitted separately.
A cryptographic processing apparatus for encrypting and decrypting data, the cryptographic processing apparatus comprising: a key data storage area in which a plurality of pieces of key data used for encryption and/or decryption are stored; mode setting means (32a, 37) for setting, for at least one of the plurality of pieces of key data stored in the key data storage area, a process mode of either of an encryption process and a decryption process in association with the key data; process limitation means (35a, 35b) for receiving a mode specifying command for specifying a process mode in association with the key data from another apparatus, and if the received process mode and the process mode associated with the key data set by the mode setting means coincide with each other, permitting the encryption process if the coinciding process mode corresponds to the process mode of the encryption process using the key data and permitting the decryption process if the coinciding process mode corresponds to the process mode of the decryption process using the key data; and wherein the key data associated with the process mode of either of the encryption process and the decryption process is key data of a common key that can be used in the encryption process and the decryption process, wherein, if the process mode specified by the received mode specifying command and the process mode set by the mode setting means do not coincide with each other, the process limitation means erases the key data to be used in the process mode from the key data storage area. a key data storage area in which a plurality of pieces of key data used for encryption and/or decryption are stored; mode setting means (32a, 37) for setting, for at least one of the plurality of pieces of key data stored in the key data storage area, a process mode of either of an encryption process and a decryption process in association with the key data; process limitation means (35a, 35b) for receiving a mode specifying command for specifying a process mode in association with the key data from another apparatus, and if the received process mode and the process mode associated with the key data set by the mode setting means coincide with each other, permitting the encryption process if the coinciding process mode corresponds to the process mode of the encryption process using the key data and permitting the decryption process if the coinciding process mode corresponds to the process mode of the decryption process using the key data; and wherein the key data associated with the process mode of either of the encryption process and the decryption process is key data of a common key that can be used in the encryption process and the decryption process, wherein, if the process mode specified by the received mode specifying command and the process mode set by the mode setting means do not coincide with each other, the process limitation means erases the key data to be used in the process mode from the key data storage area.