mhurhangee/ep-ind-claims huggingface dataset:
Optical apparatus comprising an optical unit (6; 34) and comprising an optical unit holder, by means of which the optical unit (6; 34) is able to be secured to a printed circuit board, wherein an optical unit cutout is introduced into the optical unit holder, wherein the optical unit (6; 34), proceeding from the optical unit cutout, extends over a top side of the optical unit holder and an underside of the optical unit holder, wherein the optical unit (6; 34) is produced by means of an injection-moulding method, and the optical unit (6; 34) is injection-moulded around the optical unit holder, wherein the optical unit holder has at least one functional portion for influencing a radiation distribution of radiation that is emitable by at least one radiation source assignable to the optical unit (6; 34), wherein the functional portion is embodied as a stop portion used as a stop, and/or wherein the functional portion is embodied as a reflection portion.
A biodegradable high-efficiency dengue vaccine, comprising: a biodegradable nanocomplex with an electric property holding a dengue viral protein inside, wherein the biodegradable nanocomplex is made from a chitosan with positive charge and a polyglutamic acid with negative charge and the biodegradable nanocomplex having an electric property of positive charge, wherein a charge ratio of the chitosan to the polyglutamic acid is 4:1, and wherein the dengue viral protein comprises a nonstructural chimeric protein DJ NS1 of SEQ.ID. NO:1. a biodegradable nanocomplex with an electric property holding a dengue viral protein inside, wherein the biodegradable nanocomplex is made from a chitosan with positive charge and a polyglutamic acid with negative charge and the biodegradable nanocomplex having an electric property of positive charge, wherein a charge ratio of the chitosan to the polyglutamic acid is 4:1, and wherein the dengue viral protein comprises a nonstructural chimeric protein DJ NS1 of SEQ.ID. NO:1.
A computer-implemented medical method of determining a hypersurface image from a tomographic image data set describing a tomographic image of an anatomical body part of a patient, the method comprising the following steps: a) patient image data is acquired which describes a tomographic medical image of the anatomical body part; b) surface detecting device position data is acquired which describes a relative position between a surface detecting device and the anatomical body part; c) depth map data is determined based on at least one electronic signal generated by the surface detecting device, wherein the depth map data describes a surface profile of the surface of the anatomical body part; characterized in that d) hypersurface image data is determined based on the patient image data and the surface detection device position data and the depth map data, wherein the hypersurface image data describes a hypersurface image generated from the patient image data; and e) image display data is determined for displaying the hypersurface image on a display device, wherein the image display data is determined based on the hypersurface image data. a) patient image data is acquired which describes a tomographic medical image of the anatomical body part; b) surface detecting device position data is acquired which describes a relative position between a surface detecting device and the anatomical body part; c) depth map data is determined based on at least one electronic signal generated by the surface detecting device, wherein the depth map data describes a surface profile of the surface of the anatomical body part; characterized in that d) hypersurface image data is determined based on the patient image data and the surface detection device position data and the depth map data, wherein the hypersurface image data describes a hypersurface image generated from the patient image data; and e) image display data is determined for displaying the hypersurface image on a display device, wherein the image display data is determined based on the hypersurface image data.
A device for controlling the output pressure of a fire extinguishing system of the high-pressure gas type, comprising at least one compressed gas container and a pressure reduction valve, said pressure reduction valve being a pressure-controlled, self-regulating control valve comprising a control pressure chamber on which a control pressure is applied and a control piston (42, 62) controlled by said control pressure, characterized in that the control valve is configured such that the high pressure of the compressed gas container exerts no displacing force component on the control piston (42, 62), wherein the control piston (42, 62) defining the control pressure chamber is displaceable in a cylinder bore in the valve housing against the action of a spring means, and that the control piston and the cylinder bore are provided with cooperating passages (43, 44) which, in a defined position of the control piston, connect an inlet opening with an outlet opening.
A battery module characterized by comprising: a cell assembly (110, 110a, 110b) including a plurality of battery cells arrayed in a second direction different from a first direction while each cell axis is directed in the first direction; and an accommodation case configured to accommodate the cell assembly (110, 110a, 110b), wherein in the accommodation case, a suction hole is provided in a surface defining a peripheral space which is located on a side of the cell assembly (110, 110a, 110b) in the first direction, an exhaust hole is provided in a surface defining an accommodation space in which the cell assembly (110, 110a, 110b) is attached, and a rib extending in the second direction is provided in the peripheral space, the cell assembly (110, 110a, 110b) includes a holding member configured to hold the plurality of battery cells, the holding member is formed by two members (112a, 112b) that sandwich the plurality of battery cells in the first direction, and a member located on a side of the peripheral space out of the two members (112a, 112b) is provided with a plurality of openings (114, 114a, 114,b) configured to guide the gas in the peripheral space to gaps between the plurality of battery cells characterized in that the suction hole and the exhaust hole are provided in one surface of two surfaces that sandwich the cell assembly (110, 110a, 110b) in the second direction, and the rib is arranged as a baffle plate configured to guide the gas taken in from the suction hole to the second direction in the peripheral space. a cell assembly (110, 110a, 110b) including a plurality of battery cells arrayed in a second direction different from a first direction while each cell axis is directed in the first direction; and an accommodation case configured to accommodate the cell assembly (110, 110a, 110b), wherein in the accommodation case, a suction hole is provided in a surface defining a peripheral space which is located on a side of the cell assembly (110, 110a, 110b) in the first direction, an exhaust hole is provided in a surface defining an accommodation space in which the cell assembly (110, 110a, 110b) is attached, and a rib extending in the second direction is provided in the peripheral space, the cell assembly (110, 110a, 110b) includes a holding member configured to hold the plurality of battery cells, the holding member is formed by two members (112a, 112b) that sandwich the plurality of battery cells in the first direction, and a member located on a side of the peripheral space out of the two members (112a, 112b) is provided with a plurality of openings (114, 114a, 114,b) configured to guide the gas in the peripheral space to gaps between the plurality of battery cells the suction hole and the exhaust hole are provided in one surface of two surfaces that sandwich the cell assembly (110, 110a, 110b) in the second direction, and the rib is arranged as a baffle plate configured to guide the gas taken in from the suction hole to the second direction in the peripheral space.
A portable electronic device configured to execute a command from an external device comprising: a communication section configured to communicate with the external device; a first reception processing section configured to receive a first command to request data through the communication section; a first transmission processing section configured to transmit a first response including the data through the communication section; a second reception processing section configured to receive a second command which is a retransmission request of the data through the communication section; a creation section configured to create a detailed redundancy check code including a redundancy check code of each of divided blocks formed by dividing the data into blocks each possessing predetermined lengths when the second reception processing section has received the second command; a second transmission processing section configured to transmit a second response including the detailed redundancy check code created by the creation section through the communication section; a third reception processing section configured to receive a third command to request an erroneous divided block of the data through the communication section; and a third transmission processing section configured to transmit a third response including a divided block corresponding to the erroneous divided block through the communication section, characterized in that the second response does not include at least part of the data. a communication section configured to communicate with the external device; a first reception processing section configured to receive a first command to request data through the communication section; a first transmission processing section configured to transmit a first response including the data through the communication section; a second reception processing section configured to receive a second command which is a retransmission request of the data through the communication section; a creation section configured to create a detailed redundancy check code including a redundancy check code of each of divided blocks formed by dividing the data into blocks each possessing predetermined lengths when the second reception processing section has received the second command; a second transmission processing section configured to transmit a second response including the detailed redundancy check code created by the creation section through the communication section; a third reception processing section configured to receive a third command to request an erroneous divided block of the data through the communication section; and a third transmission processing section configured to transmit a third response including a divided block corresponding to the erroneous divided block through the communication section, characterized in that the second response does not include at least part of the data.
A computer-implemented method comprising: identifying a plurality of management policies that apply to an application (308a, 308b, 308c, 308d) associated with a perimeter (306a, 306b) of a plurality of perimeters on a device, wherein at least two of the plurality of management policies have different permission settings; determining, for the application, a priority ranking for each of the plurality of management policies, wherein the priority ranking for at least one of the management policies is determined based on the perimeter (306a, 306b) with which the application (308a, 308b, 308c, 308d) is associated; and applying a permission setting to the application (308a, 308b, 308c, 308d) based on the priority rankings for the plurality of management policies. identifying a plurality of management policies that apply to an application (308a, 308b, 308c, 308d) associated with a perimeter (306a, 306b) of a plurality of perimeters on a device, wherein at least two of the plurality of management policies have different permission settings; determining, for the application, a priority ranking for each of the plurality of management policies, wherein the priority ranking for at least one of the management policies is determined based on the perimeter (306a, 306b) with which the application (308a, 308b, 308c, 308d) is associated; and applying a permission setting to the application (308a, 308b, 308c, 308d) based on the priority rankings for the plurality of management policies.
A mobile terminal, comprising: a communication unit configured to communicate with at least one external terminal; a memory configured to store at least a first and second operating system including at least first and second modes, respectively; and a controller configured to execute the first operating system and to activate the first mode corresponding to the first operating system, and to display a first information screen corresponding to the activated first mode on a display of the mobile terminal, characterized in that the controller is further configured to receive an event signal indicating an event related to the second mode has occurred on the mobile terminal, to output a signal indication information related to the event at the mobile terminal, to selectively display event information related to the event of the second mode on a display of the at least one external terminal, if the at least one external terminal meets a prescribed condition, and to control the at least one external terminal to selectively display contents of the first information screen corresponding to the activated first mode on the display of the external terminal. a communication unit configured to communicate with at least one external terminal; a memory configured to store at least a first and second operating system including at least first and second modes, respectively; and a controller configured to execute the first operating system and to activate the first mode corresponding to the first operating system, and to display a first information screen corresponding to the activated first mode on a display of the mobile terminal, characterized in that the controller is further configured to receive an event signal indicating an event related to the second mode has occurred on the mobile terminal, to output a signal indication information related to the event at the mobile terminal, to selectively display event information related to the event of the second mode on a display of the at least one external terminal, if the at least one external terminal meets a prescribed condition, and to control the at least one external terminal to selectively display contents of the first information screen corresponding to the activated first mode on the display of the external terminal.
An antigenic composition for use in treating a human patient for an inflammatory bowel disease that is symptomatic in a region of a gastrointestinal tract, wherein the antigenic composition comprises antigenic determinants that together are specific for at least an Escherichia coli that is pathogenic in the region of the GIT, wherein the antigenic composition is administered intradermally or subcutaneously, wherein the antigenic composition comprises whole killed cells of the Escherichia coli, wherein the antigenic composition is administered in a dosage form at an administration site in successive doses given at a dosage interval of between one hour and one month, over a dosage duration of at least 1 week, wherein each dosage form of the antigenic composition is effective to cause visible localized inflammation at the administration site within 1 to 48 hours, and the visible localized inflammation is an area of inflammation from 2mm to 100mm in diameter, optionally appearing 2 to 48 hours after administration, and optionally lasting from 2 to 72 hours. wherein the antigenic composition comprises antigenic determinants that together are specific for at least an Escherichia coli that is pathogenic in the region of the GIT, wherein the antigenic composition is administered intradermally or subcutaneously, wherein the antigenic composition comprises whole killed cells of the Escherichia coli, wherein the antigenic composition is administered in a dosage form at an administration site in successive doses given at a dosage interval of between one hour and one month, over a dosage duration of at least 1 week, wherein each dosage form of the antigenic composition is effective to cause visible localized inflammation at the administration site within 1 to 48 hours, and the visible localized inflammation is an area of inflammation from 2mm to 100mm in diameter, optionally appearing 2 to 48 hours after administration, and optionally lasting from 2 to 72 hours.
An applicator configured to transfer an active ingredient into a body through skin by a puncture in the skin with microneedles, the applicator comprising: a casing; a piston plate housed in a main body part of the casing and movable in a top-bottom direction inside of the main body part; a coil spring adapted to urge the piston plate to puncture the skin with the microneedles; a release member adapted to release the coil spring for urging the piston plate to puncture the skin with the microneedles; wherein the piston plate comprises a lower surface including: a microneedle region where a first protrusion part is located, the microneedles being provided in the first protrusion part; at least one second protrusion part (20d 1, 20d 2, 20d 3, 20d 4) provided in a periphery of the microneedle region; and a recessed part formed between the first protrusion part and the at least one second protrusion part (20d 1, 20d 2, 20d 3, 20d 4), and recessed from both of a surface of the first protrusion part and a surface of each of the at least one second protrusion part (20d 1, 20d 2, 20d 3, 20d 4). a casing; a piston plate housed in a main body part of the casing and movable in a top-bottom direction inside of the main body part; a coil spring adapted to urge the piston plate to puncture the skin with the microneedles; a release member adapted to release the coil spring for urging the piston plate to puncture the skin with the microneedles; wherein the piston plate comprises a lower surface including: a microneedle region where a first protrusion part is located, the microneedles being provided in the first protrusion part; at least one second protrusion part (20d 1, 20d 2, 20d 3, 20d 4) provided in a periphery of the microneedle region; and a recessed part formed between the first protrusion part and the at least one second protrusion part (20d 1, 20d 2, 20d 3, 20d 4), and recessed from both of a surface of the first protrusion part and a surface of each of the at least one second protrusion part (20d 1, 20d 2, 20d 3, 20d 4). a microneedle region where a first protrusion part is located, the microneedles being provided in the first protrusion part; at least one second protrusion part (20d 1, 20d 2, 20d 3, 20d 4) provided in a periphery of the microneedle region; and a recessed part formed between the first protrusion part and the at least one second protrusion part (20d 1, 20d 2, 20d 3, 20d 4), and recessed from both of a surface of the first protrusion part and a surface of each of the at least one second protrusion part (20d 1, 20d 2, 20d 3, 20d 4).
Structural aircraft component comprising a composite sandwich panel, comprising: a top layer; a bottom layer; and a honeycomb core layer sandwiched between the top layer and the bottom layer, the honeycomb core layer including an array of hollow cells formed between vertical walls, the array of hollow cells being recessed in the form of a channel network running from a first side face of the sandwich panel through the honeycomb core layer to a second side face of the sandwich panel, the second side face being located on the opposite side of the first side face of the sandwich panel, the structural aircraft component further comprising: a planar core panel having a space frame structure of load bearing space frame rods, with at least a portion of the core panel being embedded in the recessed channel network of the honeycomb core layer of the sandwich panel. a top layer; a bottom layer; and a honeycomb core layer sandwiched between the top layer and the bottom layer, the honeycomb core layer including an array of hollow cells formed between vertical walls, the array of hollow cells being recessed in the form of a channel network running from a first side face of the sandwich panel through the honeycomb core layer to a second side face of the sandwich panel, the second side face being located on the opposite side of the first side face of the sandwich panel, the structural aircraft component further comprising: a planar core panel having a space frame structure of load bearing space frame rods, with at least a portion of the core panel being embedded in the recessed channel network of the honeycomb core layer of the sandwich panel.
Method for joining a microelectronic chip to at least one electrically conductive wire element (7a, 7b); the joining method comprising: - a first step of applying a cover to a first face of the microelectronic chip, the cover being configured to form at least one temporary side groove (2a, 2b) with the first face; - a step of inserting the wire element (7a, 7b) into the temporary groove (2a, 2b); - a step of attaching the wire element (7a, 7b) to the microelectronic chip; the joining method being characterized in that it subsequently comprises: - a step of removing the cover from the microelectronic chip. - a first step of applying a cover to a first face of the microelectronic chip, the cover being configured to form at least one temporary side groove (2a, 2b) with the first face; - a step of inserting the wire element (7a, 7b) into the temporary groove (2a, 2b); - a step of attaching the wire element (7a, 7b) to the microelectronic chip; - a step of removing the cover from the microelectronic chip.
Gear machine having a housing for receiving two gearwheels (10, 12) which mesh with one another, are, in particular, helically toothed and are mounted so as to slide axially by way of axial faces (30, 32, 34, 36) between bearing bodies (26, 28) which are received in the housing and radially by way of in each case one bearing shaft (8, 16) which is received in the bearing bodies (26, 28), an axial force component (47, 49) of a force which results from hydraulic and mechanical forces which occur during operation of the gear machine acting in an identical axial direction on in each case one gearwheel (10, 12), and at least one bearing shaft (8, 16) being loaded with a counterpressure, a counterforce (50, 51) which results from the counterpressure acting counter to the axial force component (47, 49), characterized in that a surface section (74, 76) of a projection surface of the bearing shaft (8, 16), which projection surface lies perpendicularly with respect to a shaft longitudinal axis, can be loaded with the counterpressure, and in that at least one piston (54, 78) which is secured on a housing cover which lies in the direction of action of the axial force component (47, 49) protrudes into a bore of the bearing shaft (8, 16) in order to reduce the projection surface.