mhurhangee/ep-ind-claims huggingface dataset:
Method for expanded integrity monitoring of a container image and of container instances generated therefrom, in which the container image contains at least two layers (L1,..., L4), a base image and at least one application layer (L2, L3, L4), which carries out at least one modification operation on the base image, the method comprising the following steps: - when assembling the container image, assigning for at least one of the layers (L1, L2, L3, L4) of the container image an integrity rule (R1, R2, R3, R4) specific to this layer, - providing the container image and the assigned integrity rules (R1, R2, R3, R4) to a guest computer, and - generating, based on the container image, a container instance by a runtime environment of the guest computer, during the runtime of the container instance on the guest computer, - checking each individual layer (L1, L2, L3, L4) against the assigned integrity rule (R1, R2, R3, R4) while executing the container instance on the runtime environment, and - executing the layer (L1, L2, L3, L4) depending on the assigned layer-specific integrity rule (R1, R2, R3, R4). - when assembling the container image, assigning for at least one of the layers (L1, L2, L3, L4) of the container image an integrity rule (R1, R2, R3, R4) specific to this layer, - providing the container image and the assigned integrity rules (R1, R2, R3, R4) to a guest computer, and - generating, based on the container image, a container instance by a runtime environment of the guest computer, - checking each individual layer (L1, L2, L3, L4) against the assigned integrity rule (R1, R2, R3, R4) while executing the container instance on the runtime environment, and - executing the layer (L1, L2, L3, L4) depending on the assigned layer-specific integrity rule (R1, R2, R3, R4).
Slat for use as a sunblind, in which the slat comprises a strip-shaped sandwich structure, said sandwich structure comprising: - two parallel cover plates, in which the cover plates are made of fibreboard and in which the cover plates are offset with respect to each other in a width direction; - parallel length ribs which extend in the length direction, between the cover plates, for reinforcing the sandwich structure, in which the length ribs are made of fibreboard and are a mutual distance of between 20 mm - 40 mm apart; - parallel width ribs which extend in the width direction, between the cover plates, for reinforcing the sandwich structure, in which the width ribs are made of fibreboard and are a mutual distance of between 10 mm - 150 mm apart; - longitudinal side walls at both ends of the sandwich structure which extend between the cover plates, in the width direction, for sealing the sandwich structure, in which the longitudinal side walls are made of fibreboard and in which the longitudinal side walls comprise a stepped construction for accommodating an edge finish; in which the cover plates, the length ribs and the width ribs are formed in such a way that a thickness of the sandwich structure is between 10 mm - 20 mm, further wherein the width of the sandwich structure is between 80 mm - 600 mm. - two parallel cover plates, in which the cover plates are made of fibreboard and in which the cover plates are offset with respect to each other in a width direction; - parallel length ribs which extend in the length direction, between the cover plates, for reinforcing the sandwich structure, in which the length ribs are made of fibreboard and are a mutual distance of between 20 mm - 40 mm apart; - parallel width ribs which extend in the width direction, between the cover plates, for reinforcing the sandwich structure, in which the width ribs are made of fibreboard and are a mutual distance of between 10 mm - 150 mm apart; - longitudinal side walls at both ends of the sandwich structure which extend between the cover plates, in the width direction, for sealing the sandwich structure, in which the longitudinal side walls are made of fibreboard and in which the longitudinal side walls comprise a stepped construction for accommodating an edge finish;
A pharmaceutical composition for use in the treatment of cancer, the composition comprising chymotrypsinogen, trypsinogen and a pharmaceutically acceptable diluent, excipient or carrier, wherein the chymotrypsinogen is administered in an amount of equal to, or greater than, 3.5 mg/kg, and no more than 41 mg/kg and the trypsinogen is administered in an amount of equal to, or greater than, 0.6 mg/kg and no more than 7 mg/kg.
An illumination optical apparatus for illuminating a first object on a first plane with illumination light from a light source, characterised in that the illumination optical apparatus comprising: at least two birefringent members (12, 13) including a first birefringent member and a second birefringent member arranged in order along a traveling direction of the illumination light, a direction of a fast axis (nf) of the first birefringent member is different from a direction of a fast axis of the second birefringent member, and the at least two birefringent members provide different thicknesses of birefringent material for beams incident thereto at different incidence positions so as to change the polarisation state of the illumination light incident to each of the different incidence positions, under a condition that the illumination light is incident in a substantially single polarization state, such that a specific illumination beam incident in a specific incidence angle range onto the first object is in a polarization state consisting primarily of S-polarization. at least two birefringent members (12, 13) including a first birefringent member and a second birefringent member arranged in order along a traveling direction of the illumination light, a direction of a fast axis (nf) of the first birefringent member is different from a direction of a fast axis of the second birefringent member, and the at least two birefringent members provide different thicknesses of birefringent material for beams incident thereto at different incidence positions so as to change the polarisation state of the illumination light incident to each of the different incidence positions, under a condition that the illumination light is incident in a substantially single polarization state, such that a specific illumination beam incident in a specific incidence angle range onto the first object is in a polarization state consisting primarily of S-polarization.
A disinfecting system for using solution and a catalyst to disinfect an object, said disinfecting system comprising: a cup configured to retain the solution therein; and a cap assembly engageabfe with the cup and configured to retain the object as well as the catalyst, said cap assembly comprising a shiftable member which is shiftable between a first position for sealing the disinfecting system and a second position for venting the disinfecting system, and a control spring in contact with the shiftable member when the shiftable member is in the second position and configured to bias the shiftable member from the second position to the first position, wherein the disinfecting system is configured such that pressure within the disinfecting system increases as a result of the solution reacting to the catalyst, during which time additive effect enhances disinfection of the object, and during which time the shiftable member is in said first position, wherein the disinfecting system is configured such that pressure within the disinfecting system further increases, thereby causing the shiftable member to shift from the first position to the second position, thereby causing venting of the disinfecting system, and wherein the disinfecting system is configured such that pressure within the disinfecting system decreases during venting, thereby causing the control spring to push the shiftable member from the second position to the first position, thereby causing resealing of the disinfecting system, wherein the control spring comprises a beam-like member which deforms as the shiftable member shifts to the second position and provides lower resistance to the shiftable member.
A method performed at least in part on at least one machine, comprising: receiving, at a view model (102; 222A; 334), a request from a view (106; 224A; 332) for view-specified data; at the view model, making one or more asynchronous requests to a data model (110; 220; 340) for information corresponding to the view-specified data; returning a promise from the view model to the view in response to the request for the view-specified data; performing, by the view, prior to the view receiving the view-specified data, one or more other operations related to the view creating a display; obtaining a dataset including the information at the data model; providing the information from the data model to the view model in response to the one or more asynchronous requests; and returning the view-specified data, based upon the information returned to the view model, from the view model to the view to fulfill the promise. receiving, at a view model (102; 222A; 334), a request from a view (106; 224A; 332) for view-specified data; at the view model, making one or more asynchronous requests to a data model (110; 220; 340) for information corresponding to the view-specified data; returning a promise from the view model to the view in response to the request for the view-specified data; performing, by the view, prior to the view receiving the view-specified data, one or more other operations related to the view creating a display; obtaining a dataset including the information at the data model; providing the information from the data model to the view model in response to the one or more asynchronous requests; and returning the view-specified data, based upon the information returned to the view model, from the view model to the view to fulfill the promise.
A system for repairing a meniscus comprising: a suture including a first anchor (60; 46), a second anchor (70; 46), and a flexible portion connecting the first anchor and the second anchor, the flexible portion including a self-locking slide knot between the first anchor and the second anchor; a needle (20; 20a; 20b) having a longitudinally-extending bore, an open distal end (36a; 36b) and a slot (40a; 40b) arranged at the distal end, the bore being configured to receive the first anchor and the second anchor such that the first anchor and the second anchor are positioned entirely within the needle; and a pusher configured to be movable within the bore of the needle, the pusher being configured to discharge the first anchor and the second anchor individually and sequentially through the open distal end of the needle; characterised in that the first anchor and the second anchor each have a body, a tab extending from the body, and a hole, wherein the hole extends through the body and the tab and the flexible portion is received within the hole. a suture including a first anchor (60; 46), a second anchor (70; 46), and a flexible portion connecting the first anchor and the second anchor, the flexible portion including a self-locking slide knot between the first anchor and the second anchor; a needle (20; 20a; 20b) having a longitudinally-extending bore, an open distal end (36a; 36b) and a slot (40a; 40b) arranged at the distal end, the bore being configured to receive the first anchor and the second anchor such that the first anchor and the second anchor are positioned entirely within the needle; and a pusher configured to be movable within the bore of the needle, the pusher being configured to discharge the first anchor and the second anchor individually and sequentially through the open distal end of the needle; characterised in that the first anchor and the second anchor each have a body, a tab extending from the body, and a hole, wherein the hole extends through the body and the tab and the flexible portion is received within the hole.
Automatic analysis appliance comprising a waste disposal system for disposing of consumables through a waste shaft into a waste container, the waste disposal system comprising a waste shaft with an opening, characterized in that the waste shaft comprises a plurality of self-resetting lamellas for partial or complete closure of the opening.
Corner connector for door and window frames, having a shaft with a rectangular cross section to be inserted into a mitred hollow frame profile and an inclined surface terminating the shaft, being weldable or bondable and being disposed according to the miter of the hollow profile, said shaft being provided with a chamber for receiving a movable spreading part, the spreading part, and a spreading device spreading the spreading part from the rectangular faces of the shaft for clamping the shaft within the hollow profile, characterized in that the spreading part is connected with two lateral spreader surfaces (18,20) in a generally U-shaped arrangement, which are contacting vertical lateral faces which adjoin at both sides to an upper lateral surface in which the chamber is located, wherein the spreader surfaces (18,20) are lifted and pulled in an upward direction when the spreading part is spread and run onto saddle-shaped rips and are spread by this movement, wherein the rips extend in the length direction of the shaft and parallel to another on the respective lateral surface, wherein the spreader surfaces (18,20) are wave shaped and comprise a number of peaks and valleys extending in the length direction of the shaft and correspond to the rips in their arrangement.
A dielectric waveguide for propagating electromagnetic signals, the dielectric waveguide comprising: a cladding having a body composed of a first dielectric material, the body defining a core region therethrough that is filled with a second dielectric material different than the first dielectric material, the cladding further including at least three ribs extending from an outer surface of the body to distal ends; and a shell (113, 114) engaging the distal ends of the ribs and peripherally surrounding the cladding such that air gaps are defined radially between the outer surface of the body and an interior surface of the shell (113, 114), the shell (113, 114) having a polygonal cross-sectional shape with multiple linear walls and corners at intersections between adjacent linear walls, the distal ends of the ribs engaging the corners of the shell (113, 114), wherein each of the ribs extend longitudinally for substantially the entire length of the body of the cladding between first and second ends (102, 104) of the dielectric waveguide, and at least one air gap is formed between two adjacent ribs, and wherein the ribs are integral to the body as a unitary, one-piece cladding such that the ribs are composed of the first dielectric material. a cladding having a body composed of a first dielectric material, the body defining a core region therethrough that is filled with a second dielectric material different than the first dielectric material, the cladding further including at least three ribs extending from an outer surface of the body to distal ends; and a shell (113, 114) engaging the distal ends of the ribs and peripherally surrounding the cladding such that air gaps are defined radially between the outer surface of the body and an interior surface of the shell (113, 114), the shell (113, 114) having a polygonal cross-sectional shape with multiple linear walls and corners at intersections between adjacent linear walls, the distal ends of the ribs engaging the corners of the shell (113, 114), wherein each of the ribs extend longitudinally for substantially the entire length of the body of the cladding between first and second ends (102, 104) of the dielectric waveguide, and at least one air gap is formed between two adjacent ribs, and wherein the ribs are integral to the body as a unitary, one-piece cladding such that the ribs are composed of the first dielectric material.
A method for obtaining information on the cardiovascular system non-invasively, continuously and beat by beat, the method comprising: a) injecting an alternating current and measuring potential differences between two limbs, using a total of four electrodes which are, for each of the two limbs, one injector electrode and one measuring electrode close to each other and located on a distal segment thereof; b) obtaining an electrocardiogram, ECG, from the measurement between the two limbs; c) obtaining an impedance plethysmogram, IPG, from the same measurement between the two limbs; d) identifying specific predefined elements in the ECG and the pulsing component of the IPG; e) measuring time intervals between the identified specific predefined elements; and f) estimating the pulse propagation time from said time intervals. a) injecting an alternating current and measuring potential differences between two limbs, using a total of four electrodes which are, for each of the two limbs, one injector electrode and one measuring electrode close to each other and located on a distal segment thereof; b) obtaining an electrocardiogram, ECG, from the measurement between the two limbs; c) obtaining an impedance plethysmogram, IPG, from the same measurement between the two limbs; d) identifying specific predefined elements in the ECG and the pulsing component of the IPG; e) measuring time intervals between the identified specific predefined elements; and f) estimating the pulse propagation time from said time intervals.
An optical system for collimation of incoming light, comprising: a body; a recess formed on a first side of the body, the recess having a central light entry surface and a side light entry surface; a central light exit surface provided at a second side of the body; said central light entry surface being arranged in relation to the central light exit surface such that incoming light falling on the central light entry surface is directed to the central light exit surface, a total internal reflection surface provided at a side surface of the body, which is arranged such that incoming light falling on the side light entry surface of the recess is directed towards the total internal reflection surface so as to be subject to total internal reflection towards the second side of the body; characterized in that the optical system further comprises a rejection area surrounding said central light entry surface, said rejection area being configured to prevent incoming light directed to enter the optical system at the rejection area, to exit said body through said second side. a body; a recess formed on a first side of the body, the recess having a central light entry surface and a side light entry surface; a central light exit surface provided at a second side of the body; said central light entry surface being arranged in relation to the central light exit surface such that incoming light falling on the central light entry surface is directed to the central light exit surface, a total internal reflection surface provided at a side surface of the body, which is arranged such that incoming light falling on the side light entry surface of the recess is directed towards the total internal reflection surface so as to be subject to total internal reflection towards the second side of the body; characterized in that the optical system further comprises a rejection area surrounding said central light entry surface, said rejection area being configured to prevent incoming light directed to enter the optical system at the rejection area, to exit said body through said second side.
Device for bringing together transverse axially transported mass flows formed from rod-shaped products, comprising a first guide element and a second guide element arranged above the first guide element, which forms an opening channel with the first lower guide element for bringing together the mass flow P A flowing out of the opening channel with a further mass flow P M meeting the mass flow P A at an acute angle, wherein the upper guide element is configured as a delimiting element for regulating the mass flow P A flowing out of the opening channel and to form a compensation reservoir, characterized in that allocated to the delimiting element is a blocking element which is arranged such as to pivot at a free end of the delimiting element.
An X-ray CT apparatus comprising: an X-ray source; a wedge (21, 21a, 21b, 61, 112) which is disposed between an X-ray source and a detector for adjusting an X-ray dose distribution applied to a subject; a shield (22, 62) for blocking a part of an X ray is formed on the wedge (21, 21a, 21b, 61, 112); a driving unit for moving position of the wedge (21, 21a, 21b, 61, 112) with the shield (22, 62); and a system control unit for controlling the driving unit during a scan execution period to move the position of the wedge (21, 21a, 21b, 61, 112) with the shield (22, 62) in a slice thickness direction within an area necessary for reconstruction of the image for medical use; characterised in that: the driving unit is configured to control the wedge (21, 21a, 21b, 61, 112) to a first position where an X ray, which spreads in a slice thickness direction of the X-ray source, unnecessary for reconstruction of an image for medical use is blocked in a non-reconstruction range at the start of the scan execution period, and control the wedge (21, 21a, 21b, 61, 112) to move to a wedge center position so as not to block the X ray in a reconstruction range of the image for medical use, and further control the wedge (21, 21a, 21b, 61, 112) to move to a second position where an X ray unnecessary for reconstruction of the image for medical use is blocked in a non-reconstruction range at the end of the scan through the area. an X-ray source; a wedge (21, 21a, 21b, 61, 112) which is disposed between an X-ray source and a detector for adjusting an X-ray dose distribution applied to a subject; a shield (22, 62) for blocking a part of an X ray is formed on the wedge (21, 21a, 21b, 61, 112); a driving unit for moving position of the wedge (21, 21a, 21b, 61, 112) with the shield (22, 62); and a system control unit for controlling the driving unit during a scan execution period to move the position of the wedge (21, 21a, 21b, 61, 112) with the shield (22, 62) in a slice thickness direction within an area necessary for reconstruction of the image for medical use; characterised in that: the driving unit is configured to control the wedge (21, 21a, 21b, 61, 112) to a first position where an X ray, which spreads in a slice thickness direction of the X-ray source, unnecessary for reconstruction of an image for medical use is blocked in a non-reconstruction range at the start of the scan execution period, and control the wedge (21, 21a, 21b, 61, 112) to move to a wedge center position so as not to block the X ray in a reconstruction range of the image for medical use, and further control the wedge (21, 21a, 21b, 61, 112) to move to a second position where an X ray unnecessary for reconstruction of the image for medical use is blocked in a non-reconstruction range at the end of the scan through the area.