mhurhangee/ep-ind-claims huggingface dataset:
A film comprising a cyclic olefin resin as main component, having a strain of 0.3 mm or more and 2.0 mm or less, as measured according to the description, at both side edge parts of the film, and having longitudinally arranged knurled parts in each side region ranging between a distance of 1 mm or more and a distance of 100 mm or less measured from either side edge part of the film, each raised portion in the knurled parts in both side regions having a height equal to 10% or more and less than 20% of the film thickness. having a strain of 0.3 mm or more and 2.0 mm or less, as measured according to the description, at both side edge parts of the film, and having longitudinally arranged knurled parts in each side region ranging between a distance of 1 mm or more and a distance of 100 mm or less measured from either side edge part of the film, each raised portion in the knurled parts in both side regions having a height equal to 10% or more and less than 20% of the film thickness.
A compound of Formula: wherein: A is CR 11 or N; D is CR 13 or N; E is CR 14 or N; Q is O or NH; R 1 is CH 2 F, CHF 2 or CF 3; R 4 is Me, CHF 2 or CF 3; R 7 is H or Me; R 8 is H or Me; or R 7 and R 8 taken together with the carbon atom to which they are attached form a cyclopropyl ring, or a cyclobutyl ring; R 11 is H, Me, F, Cl or OMe; R 12 is H, Me, F, Cl, or CHF 2; R 13 is H or F; R 14 is H or F; R 15 is H, F, or Me; R 17 is H or F; R 18 is H or F; and R 19 is H or F; or a pharmaceutically acceptable salt thereof. A is CR 11 or N; D is CR 13 or N; E is CR 14 or N; Q is O or NH; R 1 is CH 2 F, CHF 2 or CF 3; R 4 is Me, CHF 2 or CF 3; R 7 is H or Me; R 8 is H or Me; or R 7 and R 8 taken together with the carbon atom to which they are attached form a cyclopropyl ring, or a cyclobutyl ring; R 11 is H, Me, F, Cl or OMe; R 12 is H, Me, F, Cl, or CHF 2; R 13 is H or F; R 14 is H or F; R 15 is H, F, or Me; R 17 is H or F; R 18 is H or F; and R 19 is H or F; or a pharmaceutically acceptable salt thereof.
Aquaculture system for the breeding of aquatic lifeforms, especially fish, having a culture vessel for aquatic lifeforms that is connected via a fluid connection of the culture water to multiple vessels arranged in a stack that are intended and designed for breeding of feed animals, especially of marine worms, preferably bristleworms (Annelida) or ragworms (Nereididae), and also as feed animal filter, especially as worm filter, for particulate excretions of the aquatic lifeforms, wherein the vessels for breeding of feed animals are connected via a fluid connection to an algae reactor, wherein the vessel for breeding of feed animals and optionally the culture vessel has a substrate layer, especially a sand layer, with feed animals present therein, especially marine worms, preferably bristleworms or ragworms, and wherein the vessels for breeding of feed animals have a flooding device for changing the water level, especially for simulation of ebb and flow.
A combine harvester having a drum housing in which a threshing device and a turning drum are arranged, and an ejection housing which is arranged on a frame in the interior of the combine harvester, which in their interior accommodate a preassembled separation assembly which is arranged downstream of the turning drum and which operates on the axial flow principle and which is subdivided into an intake region, a separation region and an ejection region and includes at least one rotor and a rotor housing at least portion-wise surrounding same, characterised in that the separation assembly can be pre-assembled to the frame in its intake region by a fixed mounting and in its ejection region by a floating mounting.
A data reception and feedback method performed by a communication device, said method comprising: receiving a downlink channel in one or more symbols of a first subframe; and transmitting an acknowledgment/negative acknowledgment, ACK/NACK, feedback in one or more symbols of the first subframe in response to the downlink channel, wherein the first subframe is one of a plurality of subframes comprised in a frame, and wherein the one or more symbols of the first subframe for the ACK/NACK feedback are after the one or more symbols of the first subframe for the downlink channel. receiving a downlink channel in one or more symbols of a first subframe; and transmitting an acknowledgment/negative acknowledgment, ACK/NACK, feedback in one or more symbols of the first subframe in response to the downlink channel, wherein the first subframe is one of a plurality of subframes comprised in a frame, and wherein the one or more symbols of the first subframe for the ACK/NACK feedback are after the one or more symbols of the first subframe for the downlink channel.
A method for controlling a recuperation device for converting kinetic energy into electric energy in a vehicle, the method having the following steps: - actuating at least one actuating element to produce a braking effect of at least two actuating elements of the vehicle, - at least briefly arranging the actuated actuating element in at least one predefined first trigger position, - activating the recuperation device in a defined functional scope in response to the brief arrangement of the actuated actuating element in the at least one predefined first trigger position, characterised in that the at least one actuating element comprises at least one element from a group consisting of an actuating element for a drive actuation and/or for a brake actuation, wherein a proportion of a maximum recuperation of the vehicle is assigned to the at least two actuating elements of the vehicle, in each case, and can be activated thereby, so that an increase in a recuperation effect beyond the respectively individually assigned proportion only takes place by cooperation of the individual actuating elements. - actuating at least one actuating element to produce a braking effect of at least two actuating elements of the vehicle, - at least briefly arranging the actuated actuating element in at least one predefined first trigger position, - activating the recuperation device in a defined functional scope in response to the brief arrangement of the actuated actuating element in the at least one predefined first trigger position, characterised in that the at least one actuating element comprises at least one element from a group consisting of an actuating element for a drive actuation and/or for a brake actuation, wherein a proportion of a maximum recuperation of the vehicle is assigned to the at least two actuating elements of the vehicle, in each case, and can be activated thereby, so that an increase in a recuperation effect beyond the respectively individually assigned proportion only takes place by cooperation of the individual actuating elements.
A composite semipermeable membrane wherein a skin layer containing a polyamide-based resin obtained by polymerizing a polyfunctional amine component and a polyfunctional acid halide component is formed on a surface of a porous support, wherein the polyfunctional amine component consists of piperazine, and in the skin layer, an absorption peak intensity obtained by a transmission method of FT-IR (Fourier transform infrared spectroscopy) and derived from a C=O stretching vibration of an amide group is 0.06 or more, wherein the absorption peak intensity derived from C=O stretching vibration of an amide group is measured according to the method disclosed in the description. the polyfunctional amine component consists of piperazine, and in the skin layer, an absorption peak intensity obtained by a transmission method of FT-IR (Fourier transform infrared spectroscopy) and derived from a C=O stretching vibration of an amide group is 0.06 or more, wherein the absorption peak intensity derived from C=O stretching vibration of an amide group is measured according to the method disclosed in the description.
A compressor (1, 101, 201, 301, 401) comprising: a first constituent element (23, 123, 125, 323, 325, 327, 327A, 327B) capable of being laser welded; a first slider (24, 124, 224, 324, 324A, 326, 326A, 424) composed of cast iron capable of being laser welded and having a carbon content of from 2.0 wt% to 2.7 wt%, characterized by the first slider being joined with the first constituent element by laser welding without using a filler; a crankshaft (117, 217, 317, 417) having an eccentric shaft portion (117a, 217a, 317a, 317b, 417a); and a roller (121a, 221, 321a, 421) fitted over the eccentric shaft portion; wherein the first slider is a cylinder block (124, 224, 324, 324A, 326, 326A, 424) having a cylinder hole (124a, 224a, 324a, 326a, 424a) for accommodating the eccentric shaft portion and the roller; and the first constituent element is a head (123, 125, 323, 325, 327, 327A, 327B) for covering at least one side of the cylinder hole, the head being joined to the cylinder block by laser welding at positions corresponding to positions separated outward by a distance of from 2 mm to 4 mm from the internal peripheral surface of the cylinder hole. a first constituent element (23, 123, 125, 323, 325, 327, 327A, 327B) capable of being laser welded; a first slider (24, 124, 224, 324, 324A, 326, 326A, 424) composed of cast iron capable of being laser welded and having a carbon content of from 2.0 wt% to 2.7 wt%, characterized by the first slider being joined with the first constituent element by laser welding without using a filler; a crankshaft (117, 217, 317, 417) having an eccentric shaft portion (117a, 217a, 317a, 317b, 417a); and a roller (121a, 221, 321a, 421) fitted over the eccentric shaft portion; wherein the first slider is a cylinder block (124, 224, 324, 324A, 326, 326A, 424) having a cylinder hole (124a, 224a, 324a, 326a, 424a) for accommodating the eccentric shaft portion and the roller; and the first constituent element is a head (123, 125, 323, 325, 327, 327A, 327B) for covering at least one side of the cylinder hole, the head being joined to the cylinder block by laser welding at positions corresponding to positions separated outward by a distance of from 2 mm to 4 mm from the internal peripheral surface of the cylinder hole.
A method for recognizing an image in an electronic device, the method comprising: obtaining by a processing unit a first image and a second image of a specific object which is focused and shot at different magnifications by a camera subsystem; characterized in that the method further comprising: extracting an object region and a background region from each obtained image; obtaining a first comparison characteristic between the object region and the background region of the first image, and a second comparison characteristic between the object region and the background region of the second image; comparing by the processing unit in conjunction with a camera module the first characteristic of the first image with the second characteristic of the second image; and determining by the processing unit whether the specific object is physically within the presence of the camera subsystem and is not a copy or photo of the specific object depending on the comparison result. extracting an object region and a background region from each obtained image; obtaining a first comparison characteristic between the object region and the background region of the first image, and a second comparison characteristic between the object region and the background region of the second image; comparing by the processing unit in conjunction with a camera module the first characteristic of the first image with the second characteristic of the second image; and determining by the processing unit whether the specific object is physically within the presence of the camera subsystem and is not a copy or photo of the specific object depending on the comparison result.
An image decoding method performed by a decoding apparatus, the method comprising: deriving motion information of a first target block; deriving modified motion information for the first target block based on the motion information and bi-prediction; when a merge mode is applied to a second target block, configuring a merge candidate list for the second target block based on spatial neighboring blocks and a temporal neighboring block of the second target block; receiving a merge index for the second target block; selecting one of merge candidates constituting the merge candidate list based on the merge index; deriving motion information of the second target block based on the selected merge candidate; and generating prediction sample for the second target block by performing inter prediction based on the motion information of the second target block, wherein the merge candidates include spatial motion information candidates and a temporal motion information candidate, wherein the temporal motion information candidate is derived based on the temporal neighboring block, and wherein when the temporal neighboring block corresponds to the first target block, the temporal motion information candidate is derived by using the modified motion information of the first target block, characterized in that when the spatial neighboring block corresponds to the first target block, the spatial motion information candidate is derived by using the motion information of the first target block. deriving motion information of a first target block; deriving modified motion information for the first target block based on the motion information and bi-prediction; when a merge mode is applied to a second target block, configuring a merge candidate list for the second target block based on spatial neighboring blocks and a temporal neighboring block of the second target block; receiving a merge index for the second target block; selecting one of merge candidates constituting the merge candidate list based on the merge index; deriving motion information of the second target block based on the selected merge candidate; and generating prediction sample for the second target block by performing inter prediction based on the motion information of the second target block, wherein the merge candidates include spatial motion information candidates and a temporal motion information candidate, wherein the temporal motion information candidate is derived based on the temporal neighboring block, and wherein when the temporal neighboring block corresponds to the first target block, the temporal motion information candidate is derived by using the modified motion information of the first target block, characterized in that when the spatial neighboring block corresponds to the first target block, the spatial motion information candidate is derived by using the motion information of the first target block.
Closing device for a luggage compartment of an aircraft, which luggage compartment has a stationary housing and a luggage container which is pivotable about an axis of rotation relative to the housing, with: - a handle unit which is attachable to the outer side of the luggage container and has an actuating handle which is pivotable about a handle base; - a first closing unit which, in the closed state, connects a first side wall of the luggage container to the housing; and - a second closing unit which, in the closed state, connects a second side wall, which is opposite the first side wall, of the luggage container to the housing; wherein the two closing units (3, 4) each have: - a closing bolt unit which is attachable to the housing for rotation therewith and has two closing bolts (33, 34) arranged parallel to each other; - a closing hook unit with two closing hooks (29, 30) which can be mounted rotatably relative to the respective side wall and, in the closed state, surround the closing bolts (33, 34); - a joint unit for transmitting the pivoting movement of the actuating handle about the handle base to the closing bolts (33, 34), which joint unit has a transmission shaft and a linkage extending parallel to the respective side wall. - a handle unit which is attachable to the outer side of the luggage container and has an actuating handle which is pivotable about a handle base; - a first closing unit which, in the closed state, connects a first side wall of the luggage container to the housing; and - a second closing unit which, in the closed state, connects a second side wall, which is opposite the first side wall, of the luggage container to the housing; - a closing bolt unit which is attachable to the housing for rotation therewith and has two closing bolts (33, 34) arranged parallel to each other; - a closing hook unit with two closing hooks (29, 30) which can be mounted rotatably relative to the respective side wall and, in the closed state, surround the closing bolts (33, 34); - a joint unit for transmitting the pivoting movement of the actuating handle about the handle base to the closing bolts (33, 34), which joint unit has a transmission shaft and a linkage extending parallel to the respective side wall.
A method of providing multiple entities for performing an operation on a first computing device, comprising: executing, on the first computing device, an application capable of performing the operation; wherein the first computing device includes a network interface controller with an execution candidate including an interpreter capable of interpreting instructions which, when interpreted, cause performance of the operation; wherein the application and the execution candidate have access to a shared memory of the first computing device; wherein the operation requires multiple accesses to data in the shared memory; selecting, by a requesting entity executing on a second computing device that is remote relative to the first computing device, a target from among the application and the execution candidate; responsive to the application being selected as the target, the requesting entity sending the application a request to perform the operation; and responsive to the execution candidate being selected as the target, the requesting entity causing the execution candidate to interpret instructions which, when interpreted by the execution candidate, cause performance of the operation; wherein the method further comprises sending, from the second computing device to the first computing device, data that specifies the instructions which, when interpreted by the execution candidate, cause performance of the operation. executing, on the first computing device, an application capable of performing the operation; wherein the first computing device includes a network interface controller with an execution candidate including an interpreter capable of interpreting instructions which, when interpreted, cause performance of the operation; wherein the application and the execution candidate have access to a shared memory of the first computing device; wherein the operation requires multiple accesses to data in the shared memory; selecting, by a requesting entity executing on a second computing device that is remote relative to the first computing device, a target from among the application and the execution candidate; responsive to the application being selected as the target, the requesting entity sending the application a request to perform the operation; and responsive to the execution candidate being selected as the target, the requesting entity causing the execution candidate to interpret instructions which, when interpreted by the execution candidate, cause performance of the operation; wherein the method further comprises sending, from the second computing device to the first computing device, data that specifies the instructions which, when interpreted by the execution candidate, cause performance of the operation.
Medical apparatus for treatment of the human or animal body by mechanical pressure waves or shock waves, comprising a device for generating the pressure waves or shock waves, which device has at least one applicator part (18; 64; 94) which can be subjected to impacts at a proximal end for generation of the pressure waves or shock waves, and which applies said pressure waves or shock waves into the body at a distal end, characterized in that the apparatus (10; 60; 90) is additionally configured to extra-corporally generate at least one further physiological action parameter for treatment of the human or animal body and to apply same into the body in combination with the pressure waves or shock waves, which action parameter is chosen from the group consisting of electrical current, electro-magnetic waves and/or ultrasound, wherein the apparatus comprises: at least one electrode (44, 44') which can be supplied with current, and a power supply source which supplies the at least one electrode (44, 44') with a monopolar or bipolar high frequency current, wherein the high frequency current has a frequency in the range from about 0.5 MHz to about 50 MHz, and/or at least one ultrasound emitter (48, 48'), wherein the ultrasound emitter (48, 48') emits ultrasound waves which are of high frequency, while the pressure waves or shock waves are of low frequency, and/or at least one light source (46, 46') chosen from the group consisting of an LED, a laser, a laser-LED, wherein the at least one light source (46, 46') is an infrared light radiating light source. at least one electrode (44, 44') which can be supplied with current, and a power supply source which supplies the at least one electrode (44, 44') with a monopolar or bipolar high frequency current, wherein the high frequency current has a frequency in the range from about 0.5 MHz to about 50 MHz, and/or at least one ultrasound emitter (48, 48'), wherein the ultrasound emitter (48, 48') emits ultrasound waves which are of high frequency, while the pressure waves or shock waves are of low frequency, and/or at least one light source (46, 46') chosen from the group consisting of an LED, a laser, a laser-LED, wherein the at least one light source (46, 46') is an infrared light radiating light source.
Folding box for cakes, comprising, in erected state, a base panel for receiving a cake, limited by an opposing front wall and rear wall and two opposing side walls (5, 6), wherein the front wall is connected only to the base panel and is pivotable between a first and a second state, the folding box furthermore comprises a lid panel which is pivotably connected to the rear wall and, in erected state, comprises a top panel and three wall panels (9, 10, 11) extending at right angles from the top panel, wherein the first and second opposing wall panels are connected to the third front panel, wherein the front wall has a push-in lip which is suitable for being partly received by an opening provided in the third front panel of the lid panel in order to hold the lid panel in closed state, characterised in that the push-in lip has a gripping part and a lip part protruding from the gripping part, and wherein the lip part is suitable for being received in said opening.
Under-floor device box for electric installation devices, comprising a housing, a cover and a hinge connecting the housing and the cover, wherein the hinge defines two mutually spaced, parallel pivot axes (44, 46), wherein a hinge member extends between the two pivot axes (44, 46) and connects the housing and the cover with each other, wherein at least one joint pin (40, 42) and a pivot bearing (34, 38) matched to the joint pin (40, 42) are provided, wherein at least one joint pin (40, 42) or at least one pivot bearing is disposed on the hinge member, characterized in that the hinge member includes at least two components (26, 28) displaceable in relation to each other parallel to the pivot axis (44, 46), and wherein the joint pin (40, 42) and the pivot bearing are displaceable in relation to each other parallel to the pivot axes (44, 46) between an engagement position and a release position, wherein the two displaceable components (26, 28) can be compressed without a tool manually, in order to allow the hinge member and thus the cover to be detached in a simple manner, and wherein the two components (26, 28) of the hinge member that are displaceable in relation to each other are each provided with two joint pins (40, 42) or pivot bearings, wherein the joint pins (40, 42) or pivot bearings define the two different pivot axes (44, 46).