mhurhangee/ep-ind-claims huggingface dataset:
A method of displaying a desktop, the method comprising: parsing (101, 201, 301) a device type of a peripheral device connected to a terminal; and highlighting an application associated with the device type of the peripheral device in the desktop of the terminal, the method being characterized in that the step of highlighting an application associated with the device type of the peripheral device on a desktop of the terminal comprises: finding a display mode associated with the device type of the peripheral device according to a preset association relationship between device types and display modes; and switching the desktop into the found display mode; wherein, the application associated with the device type of the peripheral device is highlighted in the found display mode, or only the application associated with the device type of the peripheral device is comprised in the found display mode; wherein, if the peripheral device is disconnected from the terminal, switching the desktop back into the previous display mode used before the peripheral device was connected to the terminal. parsing (101, 201, 301) a device type of a peripheral device connected to a terminal; and highlighting an application associated with the device type of the peripheral device in the desktop of the terminal, the method being characterized in that the step of highlighting an application associated with the device type of the peripheral device on a desktop of the terminal comprises: finding a display mode associated with the device type of the peripheral device according to a preset association relationship between device types and display modes; and switching the desktop into the found display mode; wherein, the application associated with the device type of the peripheral device is highlighted in the found display mode, or only the application associated with the device type of the peripheral device is comprised in the found display mode; wherein, if the peripheral device is disconnected from the terminal, switching the desktop back into the previous display mode used before the peripheral device was connected to the terminal. finding a display mode associated with the device type of the peripheral device according to a preset association relationship between device types and display modes; and switching the desktop into the found display mode; wherein, the application associated with the device type of the peripheral device is highlighted in the found display mode, or only the application associated with the device type of the peripheral device is comprised in the found display mode;
Method for operating a wind power installation (WPI, 100), comprising a generator, for feeding electrical power into an electrical supply network, wherein after a first operating state with a first power output and a first rotational speed, a controlled change is made into a second operating state with a second power output and a second rotational speed, characterized in that, for the controlled change into the second operating state, - an aerodynamic power available ( P̂ ava DC) for the feed is determined, wherein the available power ( P̂ ava DC) is determined from a rotational speed (ω) of the generator and the power fed into (P DC) an intermediate electrical storage unit, in particular a DC voltage intermediate circuit, - a setpoint rotational speed (ω soll) is determined from this available power, and - a setpoint power (P soll) to be adjusted at the generator is specified from the setpoint rotational speed. - an aerodynamic power available ( P̂ ava DC) for the feed is determined, wherein the available power ( P̂ ava DC) is determined from a rotational speed (ω) of the generator and the power fed into (P DC) an intermediate electrical storage unit, in particular a DC voltage intermediate circuit, - a setpoint rotational speed (ω soll) is determined from this available power, and - a setpoint power (P soll) to be adjusted at the generator is specified from the setpoint rotational speed.
A set of linearity control slides for verifying the analytical measuring interval or reportable range, or both, of an image-based hematology analyzer comprising at least one, e.g., at least two, three, four, or all five, of: a first set of slides for combined red blood cell, RBC, hemoglobin, HGB, and hematocrit, HCT, components; a second set of slides for a white blood cell, WBC, component; a third set of slides for a platelet, PLT, component; a fourth set of slides for a reticulocyte, RET, component; and a fifth set of slides for a nucleated red blood cell, NRBC, component; wherein each set of slides includes three or more slides, wherein each slide in the set contains one of a series of equidistant dilutions within a range of concentrations of the blood component of that set, and wherein each set of slides is fixed and stained, by a hematology analyzer, e.g., an image-based hematology analyzer. a first set of slides for combined red blood cell, RBC, hemoglobin, HGB, and hematocrit, HCT, components; a second set of slides for a white blood cell, WBC, component; a third set of slides for a platelet, PLT, component; a fourth set of slides for a reticulocyte, RET, component; and a fifth set of slides for a nucleated red blood cell, NRBC, component; wherein each set of slides includes three or more slides, wherein each slide in the set contains one of a series of equidistant dilutions within a range of concentrations of the blood component of that set, and wherein each set of slides is fixed and stained, by a hematology analyzer, e.g., an image-based hematology analyzer.
System for the behavioural study of living organisms, in particular a toximeter, comprising: - at least two cages, each cage comprising a plurality of compartments each intended to receive a living organism, each cage being transparent on at least one observation face in order to allow observation of the living beings from an observation point located at a distance from the observation face, the compartments being distributed juxtaposed to one another on the observation face, the compartments being delimited from one another by partitions, a partition between two adjacent compartments having a wall (31, 32) in each of said adjacent compartments, the wall of one partition being inclined relative to the wall of another partition so that the walls (31a, 32b) of the partitions (3a, 3b) of a compartment approach each other in the direction of the viewing face, said partitions (3a, 3b) being aligned along concurrent vanishing lines at the viewing point, - an imager located at the observation point of each cage, the observation faces (4a, 4b, 4c) of said cages (1a, 1b, 1c) being substantially perpendicular to one another. - at least two cages, each cage comprising a plurality of compartments each intended to receive a living organism, each cage being transparent on at least one observation face in order to allow observation of the living beings from an observation point located at a distance from the observation face, the compartments being distributed juxtaposed to one another on the observation face, the compartments being delimited from one another by partitions, a partition between two adjacent compartments having a wall (31, 32) in each of said adjacent compartments, the wall of one partition being inclined relative to the wall of another partition so that the walls (31a, 32b) of the partitions (3a, 3b) of a compartment approach each other in the direction of the viewing face, said partitions (3a, 3b) being aligned along concurrent vanishing lines at the viewing point, - an imager located at the observation point of each cage,
A medical device for implantation in a hip joint of a patient, the natural hip joint having a ball shaped caput femur integrated with a collum femur having a collum and caput center axis, extending longitudinal along the collum and caput femur, in the center thereof, as the proximal part of the femoral bone with a convex hip joint surface towards the centre of the hip joint and a bowl shaped acetabulum as part of the pelvic bone with a concave hip joint surface towards the centre of the hip joint, the medical device comprising; an artificial caput femur comprising a convex surface towards the centre of the hip joint, an elongated portion adapted to be connected to a prosthetic spherical portion of said artificial convex caput femur and fixated to the pelvic bone of the human patient, wherein said artificial convex caput femur is adapted to, when implanted: a. be fixated to the pelvic bone of the human patient through said elongated portion fixation to the pelvic bone, and b. be in movable connection with a prosthetic artificial acetabulum surface fixated to the femoral bone of the patient, comprising at least one extending portion adapted to clasp said prosthetic spherical portion, wherein c. said elongated portion comprises a restricting portion adapted to restrict the motion range of the artificial acetabulum in relation to said artificial convex caput femur, characterized in that d. said restricting portion of said elongated portion is rotationally asymmetrical relative the collum and caput center axis and thereby enables an advantageous motion range in relation to said artificial acetabulum. a. be fixated to the pelvic bone of the human patient through said elongated portion fixation to the pelvic bone, and b. be in movable connection with a prosthetic artificial acetabulum surface fixated to the femoral bone of the patient, comprising at least one extending portion adapted to clasp said prosthetic spherical portion, wherein c. said elongated portion comprises a restricting portion adapted to restrict the motion range of the artificial acetabulum in relation to said artificial convex caput femur, characterized in that d. said restricting portion of said elongated portion is rotationally asymmetrical relative the collum and caput center axis and thereby enables an advantageous motion range in relation to said artificial acetabulum.
Kit for guiding and holding material, notably liquid, comprising: - at least one bag formed by a film made of an impervious material; and - at least one device (10, 30) comprising, on a closed contour: - a peripheral jaw, referred to as "first jaw", having a profile; - a removable jaw, referred to as "second jaw", with a profile that corresponds, at least partially, to the profile of the first jaw, the removable jaw fitting at least partially around the profile of the first jaw, to clamp the film between said profiles; and - a manipulating handle secured to at least one of the jaws for manipulating the device; the opening perimeter of the bag being bigger than the perimeter of the jaws of the device. - at least one bag formed by a film made of an impervious material; and - at least one device (10, 30) comprising, on a closed contour: - a peripheral jaw, referred to as "first jaw", having a profile; - a removable jaw, referred to as "second jaw", with a profile that corresponds, at least partially, to the profile of the first jaw, the removable jaw fitting at least partially around the profile of the first jaw, to clamp the film between said profiles; and - a manipulating handle secured to at least one of the jaws for manipulating the device; - a peripheral jaw, referred to as "first jaw", having a profile; - a removable jaw, referred to as "second jaw", with a profile that corresponds, at least partially, to the profile of the first jaw, the removable jaw fitting at least partially around the profile of the first jaw, to clamp the film between said profiles; and - a manipulating handle secured to at least one of the jaws for manipulating the device;
A fiber tow, comprising: a plurality of reinforcing filaments each having a filament cross-sectional width; a plurality of polymer nanoparticles; the polymer nanoparticles having a particle cross-sectional width that is less than the filament cross-sectional width; and at least a portion of the polymer nanoparticles are coupled to at least one of the reinforcing filaments and/or to other polymer nanoparticles, wherein at least a portion of the polymer nanoparticles are core-sheath nanoparticles having a sheath encapsulating a core, the sheath being formed of a different material than the core; and the sheath being coupled to at least one reinforcing filament, and being formed of thermoplastic material that is melt-fused to the reinforcing filament. a plurality of reinforcing filaments each having a filament cross-sectional width; a plurality of polymer nanoparticles; the polymer nanoparticles having a particle cross-sectional width that is less than the filament cross-sectional width; and at least a portion of the polymer nanoparticles are coupled to at least one of the reinforcing filaments and/or to other polymer nanoparticles, wherein at least a portion of the polymer nanoparticles are core-sheath nanoparticles having a sheath encapsulating a core, the sheath being formed of a different material than the core; and the sheath being coupled to at least one reinforcing filament, and being formed of thermoplastic material that is melt-fused to the reinforcing filament.
Deep-drawing tool for deep drawing blanks which are punched out of sheet material that is painted or coated with film material, in order to obtain flangeless moulded blanks, with a drawing bell, a drawing core, a blank holder, a drawing cushion for applying a spring force to the blank holder by means of force transmission means (20,22), and a drive for driving the force transmission means (20,22), characterized in that after drawing bell reaches a predetermined position in its downward movement, the drive drives the force transmission means (20,22) to perform a movement which precedes the movement of drawing bell.
A method performed by a device (102, 402) for determining whether to receive signals from a relay (106, 406), comprising: determining one or more communication parameters related to a base station (104, 404); determining one or more different communication parameters related to a relay (106, 406) assisting the base station (104, 404), wherein the determining comprises computing a relay link rate based at least in part on determining a composite rate link of a direct link between the device (102, 402) and the base station (104, 404) assisted by an access link between the device (102, 402) and the relay (106, 406); and selecting to receive signals from the base station (104, 404) with or without assistance from the relay (106, 406) based at least in part on comparing the one or more communication parameters with the one or more different communication parameters. determining one or more communication parameters related to a base station (104, 404); determining one or more different communication parameters related to a relay (106, 406) assisting the base station (104, 404), wherein the determining comprises computing a relay link rate based at least in part on determining a composite rate link of a direct link between the device (102, 402) and the base station (104, 404) assisted by an access link between the device (102, 402) and the relay (106, 406); and selecting to receive signals from the base station (104, 404) with or without assistance from the relay (106, 406) based at least in part on comparing the one or more communication parameters with the one or more different communication parameters.
Cosmetic, hair-care or hair-dyeing applicator, preferably in the form of a mascara applicator, with a handle piece and a trimming of injection-moulded bristles (1 a), in which context the bristles (1 a) have been injected onto a bristle carrier in one piece and the handle piece manifests a recess into which the entire, ready-moulded bristle carrier or at least its fitting section can be inserted such that the bristle carrier enters into a fixed combination with the handle piece, whereas at least its bristles (1 a) freely protrude to the outside through a window in the recess, whereas the bristle carrier manifests a bristle anchoring section and a fitting section, whereas the bristle anchoring section is wider than the fitting section in the direction of vertical to the longitudinal axis of the bristle anchoring section, whereas the bristle anchoring section has been designed such that it integrates flush into the surface of the part of the handle piece accommodating it and a part of the bristle anchoring section freely protrudes to the outside through the said window.
A shell feeding system for a top loading shotgun, the system comprising: a barrel defining a longitudinal axis and an axially extending bore forming a projectile pathway; a receiver supporting the barrel; an elongated magazine positioned above the barrel and extending axially forward from the receiver; the magazine including an axially extending cavity configured to receive a plurality of ammunition shells in stacked end-to-end relationship, the shells each having a head and diametrically enlarged rim; a top loading port for loading shells into the magazine; shell guide grooves formed by a plurality of internal surfaces in the receiver, the guide grooves including a downwardly and rearwardly angled entrance portion, a central portion, and an exit portion; a spring-biased elongated follower disposed in the magazine that biases the stack of shells rearwards towards the receiver, the follower having a complementary configuration to the shells; wherein the guide grooves are configured to guide and feed each shell in a path downward and rearward in the receiver from the magazine into the central portion, and downward and forward from the central portion towards the barrel; wherein the follower has a greater length than the shells, and the follower is configured to maintain contact with a shell as the shell moves through the guide grooves. a barrel defining a longitudinal axis and an axially extending bore forming a projectile pathway; a receiver supporting the barrel; an elongated magazine positioned above the barrel and extending axially forward from the receiver; the magazine including an axially extending cavity configured to receive a plurality of ammunition shells in stacked end-to-end relationship, the shells each having a head and diametrically enlarged rim; a top loading port for loading shells into the magazine; shell guide grooves formed by a plurality of internal surfaces in the receiver, the guide grooves including a downwardly and rearwardly angled entrance portion, a central portion, and an exit portion; a spring-biased elongated follower disposed in the magazine that biases the stack of shells rearwards towards the receiver, the follower having a complementary configuration to the shells; wherein the guide grooves are configured to guide and feed each shell in a path downward and rearward in the receiver from the magazine into the central portion, and downward and forward from the central portion towards the barrel; wherein the follower has a greater length than the shells, and the follower is configured to maintain contact with a shell as the shell moves through the guide grooves.
A method for performing a firmware update of a lighting technology device, comprising the steps of: - supplying firmware update data according to a firmware update protocol; - transmitting said firmware update data via a DALI bus using the physical layer of a DALI signal; and - receiving said firmware update data at a DALI interface of said lighting technology device; characterised in that the firmware update data is obtained directly by translating changes of physical states of the DALI signal into a binary code representing the firmware update data according to the firmware update protocol, wherein the changes of physical states are dedicated phase changes of a square wave carrier signal. - supplying firmware update data according to a firmware update protocol; - transmitting said firmware update data via a DALI bus using the physical layer of a DALI signal; and - receiving said firmware update data at a DALI interface of said lighting technology device;
An electronic system including a switch matrix, the switch matrix comprising: a plurality of switching groups each comprising a plurality of switching blocks, the plurality of switching blocks laid out as circuit blocks adjacent to one another along a first axis, wherein the plurality of switching blocks each receive data and switch control settings along a second axis; a permutation circuit comprising, for each switching group, a plurality of switching stages (122, 123) spanning the plurality of switching blocks along the first axis, and at least one switching stage (121, 124) that does not span the plurality of switching blocks, wherein each of the plurality of switching stages (122, 123) receives the switch control settings along the second axis, the switch control settings specifying a flow of data from a plurality of inputs to a plurality of outputs for the switching stage, and wherein the permutation circuit receives data in a first pattern and outputs a permuted version of the data in a second pattern different than the first pattern based on the switch control settings; and an intermediate switching stage spanning the plurality of switching groups and selectively coupling outputs of a first plurality of switching stages of each switching block of a first of the switching groups to inputs of a second plurality of switching stages of each switching block of a second of the switching groups. a plurality of switching groups each comprising a plurality of switching blocks, the plurality of switching blocks laid out as circuit blocks adjacent to one another along a first axis, wherein the plurality of switching blocks each receive data and switch control settings along a second axis; a permutation circuit comprising, for each switching group, a plurality of switching stages (122, 123) spanning the plurality of switching blocks along the first axis, and at least one switching stage (121, 124) that does not span the plurality of switching blocks, wherein each of the plurality of switching stages (122, 123) receives the switch control settings along the second axis, the switch control settings specifying a flow of data from a plurality of inputs to a plurality of outputs for the switching stage, and wherein the permutation circuit receives data in a first pattern and outputs a permuted version of the data in a second pattern different than the first pattern based on the switch control settings; and an intermediate switching stage spanning the plurality of switching groups and selectively coupling outputs of a first plurality of switching stages of each switching block of a first of the switching groups to inputs of a second plurality of switching stages of each switching block of a second of the switching groups.