mhurhangee/patent-ind-claim-en huggingface dataset:
An opening part of a motor vehicle comprising a reinforcing element extending at least partially along a main plane (P), intended to reinforce fasteners and the environment of a lock of the opening part , and an envelope made from plastic, comprising an inner part overmolded at least partially on an inner face of the reinforcing element , the reinforcing element comprising a plurality of orifices , and the envelope comprising at least one outer part including a plurality of segments each traversing an orifice and a plurality of covering parts each locally covering an edge of an orifice of the plurality of orifices on an outer face of the reinforcing element , characterized in that the outer part of the envelope comprises at least one rib connecting the covering parts to one another.
Computer-implemented method of running a virtual real-time collaboration session with at least one participant reviewing a document to be reviewed at a first client and a moderator providing content of the document to be reviewed at a second client, the first and second clients being connected to each other via a communication network, wherein the method comprises the steps of - displaying, at a first display device connected to or comprised in the first client, first content of the document to be reviewed ; - detecting, by a detection means connected to or comprised in the first client, the reading pace of the at least one participant in the first content of the document to be reviewed ; - transmitting an information relating to the detected reading pace from the first client to the second client via the communication network, wherein the information is displayed at a second display device connected to or comprised in the second client, characterized in that the method further comprises a step of - calculating a value for a review attention loss representing the reading pace of the at least one participant, wherein the review attention loss is calculated according to a formula RAL = ∑ n = 0 x Actual Review Percentage − Participant Review Percentage x wherein RAL is an indicator that indicates at which level the at least one participant is able to follow the reviewing process pace and x is a number of participants lagging behind in the review process. - displaying, at a first display device connected to or comprised in the first client, first content of the document to be reviewed ; - detecting, by a detection means connected to or comprised in the first client, the reading pace of the at least one participant in the first content of the document to be reviewed ; - transmitting an information relating to the detected reading pace from the first client to the second client via the communication network, wherein the information is displayed at a second display device connected to or comprised in the second client, characterized in that the method further comprises a step of - calculating a value for a review attention loss representing the reading pace of the at least one participant, wherein the review attention loss is calculated according to a formula RAL = ∑ n = 0 x Actual Review Percentage − Participant Review Percentage x wherein RAL is an indicator that indicates at which level the at least one participant is able to follow the reviewing process pace and x is a number of participants lagging behind in the review process.
A method for holographic imaging of an object , said method comprising: driving a laser using a current which is below a lasing threshold current of the laser , whereby output light is dominated by spontaneous emission; illuminating the object using illumination light output by the laser ; detecting , by an image sensor , an interference pattern formed by object light, having interacted with the object , and reference light of the illumination light ; controlling a driver circuitry to control the current driving the laser ; the method being characterised in that it comprises: identifying undesired interference fringes in the detected interference pattern; and in response to such identifying, controlling the driver circuitry to decrease the current driving the laser and detecting a second interference pattern based on the illumination light output by the laser driven using a decreased current. driving a laser using a current which is below a lasing threshold current of the laser , whereby output light is dominated by spontaneous emission; illuminating the object using illumination light output by the laser ; detecting , by an image sensor , an interference pattern formed by object light, having interacted with the object , and reference light of the illumination light ; controlling a driver circuitry to control the current driving the laser ; the method being characterised in that it comprises: identifying undesired interference fringes in the detected interference pattern; and in response to such identifying, controlling the driver circuitry to decrease the current driving the laser and detecting a second interference pattern based on the illumination light output by the laser driven using a decreased current.
Rail vehicle, namely a vehicle for grinding or reprofiling rails or a draisine, the vehicle comprising a device for locating defects or irregularities on the surface of railway rails, comprising a support bearing at least one eddy current probe , and characterised in that this device is arranged to move the eddy current probe with respect to the support in a rotational or oscillating movement.
Electrically conductive contact plate for redox flow cells which is made of at least one thermoplastic polymer with electrically conductive particles based on graphite dispersed therein, characterized in that at least some of the electrically conductive particles are formed by sheet-like graphite platelets from expanded graphite foil, with the contact plate being weldable due to fusibility.
Wide-angle constant-velocity joint (OJ) for use on agricultural machines where two angles, one (α) between the axis of the front yoke and the transverse axis (X-X) of the joint and the other (β) between the axis of the rear yoke and the transverse axis (X-X) of the joint, remain the same during the joint work and where, between the two opposite yokes a plate is floating between the two yokes and bears two opposite contact surfaces characterized in that the plate is floating between the two yokes and two shims and bears a couple of opposite swinging spherical bearings , each housed in a corresponding contact surface of the plate and defining a runway along which the pin of the corresponding yoke is able to move according to the angular movement of the two yokes.
A vehicle collision avoidance assist apparatus comprises an electronic control unit configured to execute a collision avoidance control for avoiding a collision of an own vehicle with an object ahead of the own vehicle , wherein the electronic control unit is configured to: acquire an object distance (D200) which is a distance between the object and the own vehicle ; acquire a relative speed (ΔV200) which is a speed of the own vehicle with respect to the object ; acquire a predicted reaching time (TTC) by dividing the object distance (D200) by the relative speed (ΔV200); determine whether a driver of the own vehicle has a collision self-avoidance probability that the driver of the own vehicle can avoid a collision of the own vehicle with the object ahead of the own vehicle by carrying out a driving operation to the own vehicle ; and when the electronic control unit determines that the driver of the own vehicle does not have the collision self-avoidance probability, set a start timing to start executing the collision avoidance control to a timing earlier than the start timing set when the electronic control unit determines that the driver of the own vehicle has the collision self-avoidance probability; the vehicle collision avoidance assist apparatus being characterized in that the electronic control unit is configured to set the start timing to a timing when the predicted reaching time (TTC) decreases to a collision determination time (TTCth), and to advance the start timing, when the electronic control unit determines that the driver of the own vehicle does not have the collision self-avoidance probability, by increasing the collision determination time (TTCth). acquire an object distance (D200) which is a distance between the object and the own vehicle ; acquire a relative speed (ΔV200) which is a speed of the own vehicle with respect to the object ; acquire a predicted reaching time (TTC) by dividing the object distance (D200) by the relative speed (ΔV200); determine whether a driver of the own vehicle has a collision self-avoidance probability that the driver of the own vehicle can avoid a collision of the own vehicle with the object ahead of the own vehicle by carrying out a driving operation to the own vehicle ; and
A structure for use in an unmanned aerial vehicle , UAV, the structure comprising: a proximal portion configured to at least partially encompass a barometric altimeter of a circuit board of the UAV, wherein the proximal portion forms at least a partial barrier between the barometric altimeter and a first ambient air pressure that is disturbed by a downwash from propellers of the UAV during flight of the UAV, wherein the proximal portion forms an inner chamber in which the barometric altimeter is disposed, and includes an aperture extending from outside the proximal portion into the inner chamber; and a distal portion extending away from the barometric altimeter, wherein the distal portion channels to the barometric altimeter a second ambient air pressure that is disturbed less than the first ambient air pressure by the downwash from the propellers of the UAV during flight of the UAV; and wherein the distal portion comprises a tube having a first tube end and a second tube end, and wherein the first tube end is coupled to the aperture, and the second tube end includes an opening exposed to the second ambient air pressure. a proximal portion configured to at least partially encompass a barometric altimeter of a circuit board of the UAV, wherein the proximal portion forms at least a partial barrier between the barometric altimeter and a first ambient air pressure that is disturbed by a downwash from propellers of the UAV during flight of the UAV, wherein the proximal portion forms an inner chamber in which the barometric altimeter is disposed, and includes an aperture extending from outside the proximal portion into the inner chamber; and a distal portion extending away from the barometric altimeter, wherein the distal portion channels to the barometric altimeter a second ambient air pressure that is disturbed less than the first ambient air pressure by the downwash from the propellers of the UAV during flight of the UAV; and wherein the distal portion comprises a tube having a first tube end and a second tube end, and wherein the first tube end is coupled to the aperture, and the second tube end includes an opening exposed to the second ambient air pressure.
A particle obtained by pulverizing a ferrite calcined body, the particle comprising metal elements of Ca, La, Sr, Ba, Fe and Co, whose atomic ratios are represented by the general formula: Ca 1-x-y La x (Sr y' Ba 1-y' ) y Fe 2n-z Co z , wherein 1-x-y, x and y are values in a region defined by a coordinate a: (0.470, 0.297, 0.233), a coordinate b: (0.300, 0.392, 0.308), a coordinate c: (0.300, 0.300, 0.400), a coordinate d: (0.400, 0.200, 0.400) and a coordinate e: (0.470, 0.200, 0.330) in a ternary diagram of x, y, and 1-x-y; and y' and z, and n representing a molar ratio are values meeting 0.5 ≤ y ′ ≤ 1 , 0.2 ≤ z < 0.25 , and 5.2 < n < 5.6 .
Composition comprising as active ingredient glucosylglycerol and/or esters of this compound for use in promoting the regeneration of injured body tissue, wherein the injury to the body tissue is a wound, diabetic foot syndrome or an ulcer, wherein the ulcer is crural ulcer, decubitus, malum perforans, durum ulcer, molle ulcer, roden's ulcer or corneal ulcer.
An apparatus for actuating a ram in a well pressure control apparatus, comprising: an actuator rod coupled to a ram , the actuator rod movable within a housing to extend the ram into a through bore in the housing; a drive screw rotationally coupled to the actuator rod , the drive screw oriented transversely to the actuator rod ; and at least one motor rotationally coupled to the drive screw ; characterized by the actuator rod being coupled at one longitudinal end to the ram ; and a piston disposed at a longitudinal end of the actuator rod opposite to the ram , the piston exposed to a source of fluid pressure on a side of the piston opposite to the actuator rod . an actuator rod coupled to a ram , the actuator rod movable within a housing to extend the ram into a through bore in the housing; a drive screw rotationally coupled to the actuator rod , the drive screw oriented transversely to the actuator rod ; and at least one motor rotationally coupled to the drive screw ; characterized by the actuator rod being coupled at one longitudinal end to the ram ; and a piston disposed at a longitudinal end of the actuator rod opposite to the ram , the piston exposed to a source of fluid pressure on a side of the piston opposite to the actuator rod .
Processing System for computing an alternative electron density map of an examination volume, comprising a processing system configured to: - compute a first electron density map using a plurality of imaging data, - compute a second electron density map , wherein the second electron density map is a simplified version of the first electron density map - compute the alternative electron density map , using the first electron density map and the second electron density map , wherein the processing system is configured to replace, in one ore more artefact areas , the first electron density map by the second electron density map , to obtain the alternative electron density map , characterised in that the processing system further comprises a user interface system , the user interface system being configured to display the first electron density map , and the user interface system comprising a user input system allowing a user to input user data identifying and delimiting the one or more artefact areas on the first electron density map. - compute a first electron density map using a plurality of imaging data, - compute a second electron density map , wherein the second electron density map is a simplified version of the first electron density map - compute the alternative electron density map , using the first electron density map and the second electron density map ,
A communication method, comprising: obtaining (S210), by a central unit-user plane node, CU-UP, first information sent by a central unit-control plane node, CU-CP; wherein the first information indicates to the CU-UP to map a first data packet to a first DRB; wherein the first data packet belongs to a first QoS flow; wherein the first information further indicates to the CU-UP to set a reflective mapping indication field of the first data packet; receiving (S220), by the CU-UP, the first data packet sent by a core network device; setting (S230), by the CU-UP, the reflective mapping indication field of the first data packet to 1 that indicates to the terminal device to store a mapping rule from the first QoS flow to the first DRB, wherein the reflective mapping indication field of the first data packet instructs a terminal device whether to map an uplink data packet in the first QoS flow to the first DRB and the reflective mapping indication field comprises one bit; and sending (S240), by the CU-UP to the terminal device on the first DRB, the first data packet. obtaining (S210), by a central unit-user plane node, CU-UP, first information sent by a central unit-control plane node, CU-CP; wherein the first information indicates to the CU-UP to map a first data packet to a first DRB; wherein the first data packet belongs to a first QoS flow; wherein the first information further indicates to the CU-UP to set a reflective mapping indication field of the first data packet; receiving (S220), by the CU-UP, the first data packet sent by a core network device; setting (S230), by the CU-UP, the reflective mapping indication field of the first data packet to 1 that indicates to the terminal device to store a mapping rule from the first QoS flow to the first DRB, wherein the reflective mapping indication field of the first data packet instructs a terminal device whether to map an uplink data packet in the first QoS flow to the first DRB and the reflective mapping indication field comprises one bit; and sending (S240), by the CU-UP to the terminal device on the first DRB, the first data packet.
Lid adapter for fastening to a lid opening of a lid formed of plastic, which lid is designed to close an opening of a container , formed of plastic, in the form of a bucket, comprising: a spout having a pouring opening which can be closed with a closure, preferably with a screw cap , wherein the lid adapter has at least one detent element (14a, b) for the releasable fastening of the lid adapter to the lid opening , wherein the detent element (14a, b) is movable between a detent position and a release position, characterised in that the detent element (14a, b) in the detent position, in order to grip over an edge of the lid opening , protrudes beyond the spout further to the outside than in the release position, in order to prevent the lid adapter being pushed out on the rear side of the lid, and that the detent element (14a, b) is elastically movable in the direction towards a middle axis of the spout into the release position in order to push the lid adapter through the lid opening from the rear side of the lid. a spout having a pouring opening which can be closed with a closure, preferably with a screw cap , wherein the lid adapter has at least one detent element (14a, b) for the releasable fastening of the lid adapter to the lid opening , wherein the detent element (14a, b) is movable between a detent position and a release position, characterised in that the detent element (14a, b) in the detent position, in order to grip over an edge of the lid opening , protrudes beyond the spout further to the outside than in the release position, in order to prevent the lid adapter being pushed out on the rear side of the lid, and that the detent element (14a, b) is elastically movable in the direction towards a middle axis of the spout into the release position in order to push the lid adapter through the lid opening from the rear side of the lid.
A display body comprising a display surface including a plurality of display region groups , each including a plurality of display regions , wherein each display region is a minimum unit in the plurality of display region groups ; each display region includes two reflection surfaces configured to reflect light incident on the display surface toward an area including a corresponding one of reflection directions that are associated with the respective display region groups , each display region group is configured to form an image unique to the display region group in a corresponding one of the reflection directions through reflection of light on the reflection surfaces in the display region group , and the display region groups are configured to form, in two adjacent ones of the reflection directions, different images that have an interrelation between each other, characterised in that the two reflection surfaces include a first reflection surface having a first height and a second reflection surface having a second height that is different from the first height. each display region is a minimum unit in the plurality of display region groups ; each display region includes two reflection surfaces configured to reflect light incident on the display surface toward an area including a corresponding one of reflection directions that are associated with the respective display region groups , each display region group is configured to form an image unique to the display region group in a corresponding one of the reflection directions through reflection of light on the reflection surfaces in the display region group , and the display region groups are configured to form, in two adjacent ones of the reflection directions, different images that have an interrelation between each other, characterised in that the two reflection surfaces include a first reflection surface having a first height and a second reflection surface having a second height that is different from the first height.
A drape for use during surgery on a patient, wherein the drape is configured for covering at least a portion of the patient during surgery and for covering an instrument array , wherein a portion of the drape covering the instrument array is transparent, and wherein the drape comprises a first hole panel comprising a first hole containing portion and a flap , wherein said first hole containing portion is attached to a transparent portion of said drape, wherein a line for the delivery of a fluid to the patient can pass from the instrument array through a hole in the first hole containing portion to the patient, and wherein the flap is configured to cover the first hole containing portion .
A microtiter plate reader apparatus for optically measuring samples, comprising: a radiation source configured to form an excitation beam in an excitation channel; a detector configured to detect an optical emission beam in an emission channel; a filter configured to be located in an excitation position in the excitation channel, and in an emission position in the emission channel; and a filter module comprising: a first filter storage unit comprising a first set of filter storage positions, at least one position of the first filter storage positions configured to be the excitation position overlapping at least partially the excitation channel of the microtiter plate reader apparatus; a second filter storage unit comprising a second set of filter storage positions, at least one position of the second filter storage positions configured to be the emission position overlapping at least partially the emission channel of the microtiter plate reader apparatus; characterised in that the apparatus further comprises a filter transfer mechanism configured to move the filter between the excitation position, the emission position, the first set of filter storage positions and the second set of filter storage positions. a radiation source configured to form an excitation beam in an excitation channel; a detector configured to detect an optical emission beam in an emission channel; a filter configured to be located in an excitation position in the excitation channel, and in an emission position in the emission channel; and a filter module comprising: a first filter storage unit comprising a first set of filter storage positions, at least one position of the first filter storage positions configured to be the excitation position overlapping at least partially the excitation channel of the microtiter plate reader apparatus; a second filter storage unit comprising a second set of filter storage positions, at least one position of the second filter storage positions configured to be the emission position overlapping at least partially the emission channel of the microtiter plate reader apparatus; a first filter storage unit comprising a first set of filter storage positions, at least one position of the first filter storage positions configured to be the excitation position overlapping at least partially the excitation channel of the microtiter plate reader apparatus; a second filter storage unit comprising a second set of filter storage positions, at least one position of the second filter storage positions configured to be the emission position overlapping at least partially the emission channel of the microtiter plate reader apparatus; characterised in that the apparatus further comprises a filter transfer mechanism configured to move the filter between the excitation position, the emission position, the first set of filter storage positions and the second set of filter storage positions.