mhurhangee/ep-ind-claims huggingface dataset:
A wheel carrier mounted on a rear axle body, which wheel carrier comprises a supporting plate and a bearing plate, the supporting plate is attached to the rear axle body and the bearing plate, and the supporting plate extend in an substantially transversal direction of the vehicle, and a flexible supporting section is provided in an area where the supporting plate coincide with a "virtual king-pin axis" of the wheel carrier, characterized in that the properties of the supporting plate are such that the supporting plate bend around the virtual "king-pin axis" in the area of the flexible supporting section when a lateral force F lateral or brake force F brake in a contact patch with ground is applied to the wheel carrier, the bearing plate comprises a first bearing plate section and a second bearing plate section with such properties that the second bearing plate section is allowed to deflect in an lateral direction of the vehicle, when a lateral cornering force F lateral or a brake force F brake is applied to carrier at tyre contact patch with ground, thus the properties of the supporting plate and the bearing plate achieve lateral force under steer and brake force under steer for the wheel mounted on the wheel carrier.
A medicament delivery device comprising a housing, - an actuation mechanism arranged inside said housing, the actuation mechanism comprising: - a plunger rod arranged to act on a stopper of a medicament container; - an actuator arranged slidable and connected to the plunger rod for acting on the stopper when said actuator is operated by displacing it in a longitudinal direction of the actuation mechanism; - an activator rotatably arranged for activating said actuation mechanism and for setting a dose; - said activator comprising a generally tubular activator sleeve, - said activator sleeve comprises protrusions arranged to interact with ledges on said actuator such that said activator sleeve is rotated when said actuator is operated; characterised in that the medicament delivery device comprises a first audio generating mechanism comprising audio generating elements on a surface area of the actuator, said protrusions of the activator sleeve being located at a proximal area thereof, which protrusions are arranged to cooperate with said audio generating elements for generating an audible signal after said operation for delivering a dose, the signal informs the user that the dose delivery sequence is terminated and that the medicament delivery device can be removed, wherein said first audio generating element comprises surface areas on which said protrusions slide during rotation of said activator sleeve and which surface areas are arranged with first ledges causing sudden impact of said protrusions, wherein the surface areas are slanted and terminate in said first ledges; the passing of the ledge by the protrusions, comprised in the first audio generating elements causes an audible signal or a click when the protrusion hits the surface of the actuator after the ledge; wherein said first ledges also functions as locking elements (92, 94) so as to lock said actuator after operation for delivering a dose of medicament; wherein said actuator is arranged with second ledges cooperating with said protrusions, which second ledges are arranged inclined in relation to the longitudinal direction; wherein said first ledges are interconnected with said second ledges such that turning of said activator sleeve moves said protrusions from a locking position to a release position of said actuator. - an actuation mechanism arranged inside said housing, the actuation mechanism comprising: - a plunger rod arranged to act on a stopper of a medicament container; - an actuator arranged slidable and connected to the plunger rod for acting on the stopper when said actuator is operated by displacing it in a longitudinal direction of the actuation mechanism; - an activator rotatably arranged for activating said actuation mechanism and for setting a dose; - said activator comprising a generally tubular activator sleeve, - said activator sleeve comprises protrusions arranged to interact with ledges on said actuator such that said activator sleeve is rotated when said actuator is operated;
An armour system comprising: net-based armour; and a mounting assembly, comprising: a base, for attaching the mounting assembly to a vehicle or structure; and an arm, connected to the base, for attaching said net based armour to the mounting assembly, wherein the base comprises a cam surface (116a, 116b) and the arm comprises a cam follower biased against the cam surface (116a, 116b), the cam surface (116a, 116b) being shaped such that the arm can be located in at least two distinct positions; wherein the cam surface comprises a pair of recesses corresponding to the distinct positions, each recess having a C-shaped profile, and the cam follower comprises a roller bearing that has a profile that corresponds to the C-shaped profile of the recesses such that the roller bearing may locate within each of the recesses, the cam follower being spring biased to positively locate the roller bearing within the recesses. net-based armour; and a mounting assembly, comprising: a base, for attaching the mounting assembly to a vehicle or structure; and an arm, connected to the base, for attaching said net based armour to the mounting assembly, wherein the base comprises a cam surface (116a, 116b) and the arm comprises a cam follower biased against the cam surface (116a, 116b), the cam surface (116a, 116b) being shaped such that the arm can be located in at least two distinct positions; wherein the cam surface comprises a pair of recesses corresponding to the distinct positions, each recess having a C-shaped profile, and the cam follower comprises a roller bearing that has a profile that corresponds to the C-shaped profile of the recesses such that the roller bearing may locate within each of the recesses, the cam follower being spring biased to positively locate the roller bearing within the recesses. a base, for attaching the mounting assembly to a vehicle or structure; and an arm, connected to the base, for attaching said net based armour to the mounting assembly, wherein the base comprises a cam surface (116a, 116b) and the arm comprises a cam follower biased against the cam surface (116a, 116b), the cam surface (116a, 116b) being shaped such that the arm can be located in at least two distinct positions; wherein the cam surface comprises a pair of recesses corresponding to the distinct positions, each recess having a C-shaped profile, and the cam follower comprises a roller bearing that has a profile that corresponds to the C-shaped profile of the recesses such that the roller bearing may locate within each of the recesses, the cam follower being spring biased to positively locate the roller bearing within the recesses.
A method performed by one or more processing systems of a vehicle connected to a towed object, the method comprising: determining a distance from one or more antennas (116, 118) coupled to a receiver (112, 114) in the vehicle to a remote sensor (150, 180) on the towed object by processing short-range wireless signals received from the remote sensor (150, 180), wherein the remote sensor (150, 180) is a camera and the short-range wireless signals encode image data from the camera; and populating safety messages with a position of the combination of the vehicle and the towed object based on the determined distance from the one or more antennas (116, 118) coupled to the receiver (112, 114) to the remote sensor (150, 180). determining a distance from one or more antennas (116, 118) coupled to a receiver (112, 114) in the vehicle to a remote sensor (150, 180) on the towed object by processing short-range wireless signals received from the remote sensor (150, 180), wherein the remote sensor (150, 180) is a camera and the short-range wireless signals encode image data from the camera; and populating safety messages with a position of the combination of the vehicle and the towed object based on the determined distance from the one or more antennas (116, 118) coupled to the receiver (112, 114) to the remote sensor (150, 180).
A method for landing an unmanned aerial vehicle (1002, 902), UAV, comprising: a) detecting at least one of: 1) a contact caused by capturing the UAV (1002, 902) in whole or in part by a mechanical or a human hand (1003, 906), and 2) a positional change of the UAV (1002, 902) while said UAV (1002, 902) is airborne by the UAV (1002, 902), wherein the positional change is caused by capturing the UAV (1002, 902)in whole or in part by a mechanical or a human hand (1003, 906); and b) in response to the detected contact and/or positional change, generating a deceleration signal to said UAV (1002, 902) to bring said UAV (1002, 902) to a stop. a) detecting at least one of: 1) a contact caused by capturing the UAV (1002, 902) in whole or in part by a mechanical or a human hand (1003, 906), and 2) a positional change of the UAV (1002, 902) while said UAV (1002, 902) is airborne by the UAV (1002, 902), wherein the positional change is caused by capturing the UAV (1002, 902)in whole or in part by a mechanical or a human hand (1003, 906); and 1) a contact caused by capturing the UAV (1002, 902) in whole or in part by a mechanical or a human hand (1003, 906), and 2) a positional change of the UAV (1002, 902) while said UAV (1002, 902) is airborne by the UAV (1002, 902), wherein the positional change is caused by capturing the UAV (1002, 902)in whole or in part by a mechanical or a human hand (1003, 906); and b) in response to the detected contact and/or positional change, generating a deceleration signal to said UAV (1002, 902) to bring said UAV (1002, 902) to a stop.
Method for the automated production of tree cakes or cakes in the form of a tree cake wherein multiple baking rollers rotating about their own axis are passed through a mass container filled with dough and through at least one baking chamber one after the other in alternating manner characterized in that the baking rollers and/or the at least one mass container (11, 12, 13) comprise in each case an individualized marking element that is read out by a control device and at least one operational parameter of at least one baking roller and/or of the at least one mass container (21, 22, 23) is changed depending on the readout of the marking elements (201, 202), wherein a handling device, in particular a robot, for a targeted movement of at least one baking roller and/or the at least one mass container (21, 22, 23) depending on the result of the readout of at least one marking element (201, 202) is used, and wherein the individualized marking elements (201, 202) are formed at least partially as barcodes, matrix codes, or RFID mark, notches and/or profiles.
A method for cleaning an SCR system whereby reducing agent is supplied to an exhaust flow upstream of an SCR catalyst, NOx contents of the exhaust flow are determined upstream and downstream of said SCR catalyst and reducing agent crystals are removed by a high-temperature procedure, characterised by the steps of - switching off the supply of reducing agent to the exhaust flow, - determining a ratio between respective NO X contents determined downstream and upstream of said SCR catalyst at a temperature of said SCR catalyst at which reducing agent crystals do not vaporise, - raising the temperature of the exhaust flow in order to vaporise reducing agent crystals with a view to cleaning, - determining a ratio (Kn) between respective NO X contents determined downstream and upstream of said SCR catalyst at a temperature of said SCR catalyst at which reducing agent crystals vaporise, - comparing said ratios (K1, Kn) with each other and using this comparison as a basis for deciding whether reducing agent crystals have been removed to an intended extent, wherein, if a difference between said ratios (K1, Kn) is not greater than a predetermined threshold value, it is determined that reducing agent crystals have been removed to an intended extent. - switching off the supply of reducing agent to the exhaust flow, - determining a ratio between respective NO X contents determined downstream and upstream of said SCR catalyst at a temperature of said SCR catalyst at which reducing agent crystals do not vaporise, - raising the temperature of the exhaust flow in order to vaporise reducing agent crystals with a view to cleaning, - determining a ratio (Kn) between respective NO X contents determined downstream and upstream of said SCR catalyst at a temperature of said SCR catalyst at which reducing agent crystals vaporise, - comparing said ratios (K1, Kn) with each other and using this comparison as a basis for deciding whether reducing agent crystals have been removed to an intended extent,
A saddle type vehicle comprising: a body frame which includes a head pipe and a pair of main frames (22L, 22R) extending rearwardly from the head pipe; an engine mounted on the body frame, the engine including a front cylinder directed toward a front side of the vehicle and a rear cylinder directed toward a rear side of the vehicle; an air cleaner disposed in a space defined between the front cylinder and the rear cylinder at an upper part of the engine; and a secondary air supply system having a reed valve between the air cleaner and an exhaust passage of the engine, the secondary air supply system adapted to supply secondary air from the air cleaner into the exhaust passage of the engine or to stop the supply of the secondary air, with the engine and the air cleaner disposed between the pair of main frames (22L, 22R), wherein the reed valve includes a front reed valve used for the front cylinder and a rear reed valve used for the rear cylinder, the saddle type vehicle is characterised in that, the front reed valve is disposed at a front portion of the air cleaner, with the reed valve members of the front reed valve extending in a generally vertical direction, and the rear reed valve is disposed at a rear portion of the air cleaner, with the reed valve members of the rear reed valve extending in a generally transverse direction of the vehicle. a body frame which includes a head pipe and a pair of main frames (22L, 22R) extending rearwardly from the head pipe; an engine mounted on the body frame, the engine including a front cylinder directed toward a front side of the vehicle and a rear cylinder directed toward a rear side of the vehicle; an air cleaner disposed in a space defined between the front cylinder and the rear cylinder at an upper part of the engine; and a secondary air supply system having a reed valve between the air cleaner and an exhaust passage of the engine, the secondary air supply system adapted to supply secondary air from the air cleaner into the exhaust passage of the engine or to stop the supply of the secondary air, with the engine and the air cleaner disposed between the pair of main frames (22L, 22R),
A far-side airbag apparatus comprising an airbag and an inflation fluid generator, which is configured for discharging inflation fluid for deploying and inflating the airbag, wherein the far-side airbag apparatus is configured to be fixed to a seat frame of a backrest of a vehicle seat and is configured for deploying and inflating the airbag toward a center of a passenger compartment, wherein the airbag is divided into a plurality of inflation chambers (110A, 110B, 110C), which include a first inflation chamber and a second inflation chamber, the inflation fluid generator is accommodated in the first inflation chamber, the far-side airbag apparatus includes a tension belt (116, 117) having a first end and a second end, the first end of the tension belt (116, 117) is connected to a surface of the airbag at a position that corresponds to a seam that divides the first inflation chamber and the second inflation chamber from each other, and the second end of the tension belt (116, 117) is configured to be connected to the seat frame, characterized in that the seam, which divides the first inflation chamber and the second inflation chamber from each other, is a first seam, the tension belt (116, 117), which is connected to the airbag at the position that corresponds to the first seam, is a first tension belt, the inflation chambers further include a third inflation chamber, the far-side airbag apparatus further comprises a second tension belt having a first end and a second end, the first end of the second tension belt is connected to the airbag at a position that corresponds to a second seam that divides the second inflation chamber and the third inflation chamber from each other, and the second end of the second tension belt is connected to the seat frame.
A method for determining a range of lengths of a plurality of double stranded nucleic acids; comprising the steps of: contacting the plurality of double stranded nucleic acids with a) a first dye, and b) a detectably labeled single stranded sizing ladder, under conditions wherein the first dye is configured to label a double stranded nucleic acid and wherein the first dye is configured to not label a single stranded nucleic acid; producing a mixture comprising a plurality of first dye-labeled double stranded nucleic acids and the detectably labeled single stranded sizing ladder; migrating the mixture under mobility dependent separation conditions; separating each of the plurality of first dye-labeled double stranded nucleic acids; determining a migration time of each of the plurality of first dye-labeled double stranded nucleic acids; determining a migration time of each of the plurality of fragments of the detectably labeled single stranded sizing ladder; comparing a migration time of the first dye-labeled double stranded nucleic acid to a migration time of at least one fragment of the detectably labeled single stranded sizing ladder; and assigning a length of each first dye-labeled double stranded nucleic acid based on a correlation factor assigned to each fragment of the detectably labeled single stranded sizing ladder. contacting the plurality of double stranded nucleic acids with a) a first dye, and b) a detectably labeled single stranded sizing ladder, under conditions wherein the first dye is configured to label a double stranded nucleic acid and wherein the first dye is configured to not label a single stranded nucleic acid; producing a mixture comprising a plurality of first dye-labeled double stranded nucleic acids and the detectably labeled single stranded sizing ladder; migrating the mixture under mobility dependent separation conditions; separating each of the plurality of first dye-labeled double stranded nucleic acids; determining a migration time of each of the plurality of first dye-labeled double stranded nucleic acids; determining a migration time of each of the plurality of fragments of the detectably labeled single stranded sizing ladder; comparing a migration time of the first dye-labeled double stranded nucleic acid to a migration time of at least one fragment of the detectably labeled single stranded sizing ladder; and assigning a length of each first dye-labeled double stranded nucleic acid based on a correlation factor assigned to each fragment of the detectably labeled single stranded sizing ladder.
Hydraulic machine, comprising: - a runner, adapted to rotate under the height of a water fall, - a distributor with adjustable guide blades, - a gate operating ring coupled to each blade such to swivel the guide blades all at the same time; - a first electronically piloted servomotor adapted to operate said gate operating ring to open the guide blades, characterized in that: - the first servomotor is not able to open the guide blades further to a predetermined position, and - it includes a second servomotor, which is mechanically piloted by the height of the water fall and which is adapted to operate said gate operating ring to open the guide blades further to said predetermined position when a difference of pressure (ΔP) between a pressure (P 1) upstream of the hydraulic machine and a pressure (P 2) downstream of the hydraulic machine falls below a certain value. - a runner, adapted to rotate under the height of a water fall, - a distributor with adjustable guide blades, - a gate operating ring coupled to each blade such to swivel the guide blades all at the same time; - a first electronically piloted servomotor adapted to operate said gate operating ring to open the guide blades, - the first servomotor is not able to open the guide blades further to a predetermined position, and - it includes a second servomotor, which is mechanically piloted by the height of the water fall and which is adapted to operate said gate operating ring to open the guide blades further to said predetermined position when a difference of pressure (ΔP) between a pressure (P 1) upstream of the hydraulic machine and a pressure (P 2) downstream of the hydraulic machine falls below a certain value.
A transparent display, comprising: a light source; a first liquid crystal layer, for reflecting a first part of the light emitted from the light source and transmitting a second part of the light emitted from the light source, wherein the first part of the light and the second part of the light are of opposite polarization; and a light-transmittable image display device including a second liquid crystal layer, characterized in that the light source is set between the first liquid crystal layer and the image display device; when the image display device is in a first state, the first part of the light reflected by the first liquid crystal layer is transmitted through the second liquid crystal layer, and the image display device displays an image; and when the image display device is in a second state, the first part of the light reflected by the first liquid crystal layer is reflected, and light of the opposite polarization is transmitted, by the second liquid crystal layer, and the image display device becomes transparent. a light source; a first liquid crystal layer, for reflecting a first part of the light emitted from the light source and transmitting a second part of the light emitted from the light source, wherein the first part of the light and the second part of the light are of opposite polarization; and a light-transmittable image display device including a second liquid crystal layer,