mhurhangee/patent-ind-claim-en huggingface dataset:
A method for monitoring the safeguard of a road construction site , having the steps of: (S100) safeguarding the road construction site with at least one safeguarding device , wherein the safeguarding device has a navigation module , a camera , and a data-transfer device for wireless data transfer, (S200) determining a position dataset (PDS) indicative of a current actual position of the safeguarding device with the navigation module , (S300) transmitting the position dataset (PDS) to a central computing unit , (S400) capturing a reference image dataset (RDS) with the camera indicative of an initial state of the safeguard, (S500) transmitting the reference image dataset (RDS) to the central computing unit , (S600) capturing a control image dataset (KDS) indicative of a current state of the safeguard, (S700) transmitting the control image dataset (KDS) to the central computing unit , (S800) determining a correction dataset (KRS) for correcting the position dataset (PDS) by evaluating at least the reference image dataset (RDS) and the control image dataset (KDS), (S9000) correcting the position dataset (PDS) with the correction dataset (KRS) to create a corrected position dataset (PDS'), (S10000) comparing an actual position according to the corrected position dataset (PDS') with a predetermined target position of the safeguarding device , and (S11000) generating an alarm signal (AS1) if the actual position deviates from the target position. (S100) safeguarding the road construction site with at least one safeguarding device , wherein the safeguarding device has a navigation module , a camera , and a data-transfer device for wireless data transfer, (S200) determining a position dataset (PDS) indicative of a current actual position of the safeguarding device with the navigation module , (S300) transmitting the position dataset (PDS) to a central computing unit , (S400) capturing a reference image dataset (RDS) with the camera indicative of an initial state of the safeguard, (S500) transmitting the reference image dataset (RDS) to the central computing unit , (S600) capturing a control image dataset (KDS) indicative of a current state of the safeguard, (S700) transmitting the control image dataset (KDS) to the central computing unit , (S800) determining a correction dataset (KRS) for correcting the position dataset (PDS) by evaluating at least the reference image dataset (RDS) and the control image dataset (KDS), (S9000) correcting the position dataset (PDS) with the correction dataset (KRS) to create a corrected position dataset (PDS'), (S10000) comparing an actual position according to the corrected position dataset (PDS') with a predetermined target position of the safeguarding device , and (S11000) generating an alarm signal (AS1) if the actual position deviates from the target position.
A method of detecting RNA, comprising: a) hybridizing a sensor DNA as a primer comprising a complementary sequence of a target RNA to be detected with a target RNA; b) polymerizing with a polymerase using the target RNA as a template and the sensor DNA as a primer; c) generating an amplicon by amplifying using a primer corresponding to the strand polymerized in step b), wherein the amplicon is amplified to include a sequence complementary to the barcode region of the target RNA; and d) analyzing the sequence of the amplicon further comprising, before step a), designating a unique barcode region in the target RNA, wherein the strand polymerized from the sensor DNA comprises a region complimentary to the barcode region, and when a plurality of amplicons are produced in step c), a step d') ligating the produced amplicons, a step e) analyzing a sequence of the ligated amplicons after step d'), and further comprising a step f) measuring the number of amplicons to quantitatively detect the number of target RNAs, wherein the number of amplicons is confirmed by measuring the number of sequences complementary to the barcode region comprised in the amplicons. a) hybridizing a sensor DNA as a primer comprising a complementary sequence of a target RNA to be detected with a target RNA; b) polymerizing with a polymerase using the target RNA as a template and the sensor DNA as a primer; c) generating an amplicon by amplifying using a primer corresponding to the strand polymerized in step b), wherein the amplicon is amplified to include a sequence complementary to the barcode region of the target RNA; and d) analyzing the sequence of the amplicon before step a), designating a unique barcode region in the target RNA, wherein the strand polymerized from the sensor DNA comprises a region complimentary to the barcode region, and when a plurality of amplicons are produced in step c), a step d') ligating the produced amplicons, a step e) analyzing a sequence of the ligated amplicons after step d'), and further comprising a step f) measuring the number of amplicons to quantitatively detect the number of target RNAs, wherein the number of amplicons is confirmed by measuring the number of sequences complementary to the barcode region comprised in the amplicons.
A liquid composition comprising at least one dialkyl peroxide, in liquid form at ambient temperature, with a content greater than 72% by weight and strictly less than 80% by weight relative to the total weight of the composition, and at least one mineral oil with viscosity greater than 15 mPa.s, measured at a temperature of 10°C and a shear rate of 1000 s -1 .
A host vehicle position confidence degree calculation device comprising: an object database configured to store position information on an object on a map used for estimating a position of a host vehicle; a reference confidence degree calculation unit configured to calculate a reference confidence degree in estimating the position of the host vehicle at a candidate passing position of the host vehicle set in advance based on the position information on the object on the map; a shield information acquisition unit configured to acquire shield information on a shield around the host vehicle based on a result of detection performed by a vehicle-mounted sensor of the host vehicle; characterised in that the device further comprises: a shielding influence degree calculation unit configured to calculate a shielding influence degree in estimating the position of the host vehicle at the candidate passing position based on the shield information; and a confidence degree calculation unit configured to calculate a confidence degree in estimating the position of the host vehicle at the candidate passing position based on the reference confidence degree and the shielding influence degree. an object database configured to store position information on an object on a map used for estimating a position of a host vehicle; a reference confidence degree calculation unit configured to calculate a reference confidence degree in estimating the position of the host vehicle at a candidate passing position of the host vehicle set in advance based on the position information on the object on the map; a shield information acquisition unit configured to acquire shield information on a shield around the host vehicle based on a result of detection performed by a vehicle-mounted sensor of the host vehicle; characterised in that the device further comprises: a shielding influence degree calculation unit configured to calculate a shielding influence degree in estimating the position of the host vehicle at the candidate passing position based on the shield information; and a confidence degree calculation unit configured to calculate a confidence degree in estimating the position of the host vehicle at the candidate passing position based on the reference confidence degree and the shielding influence degree. a shielding influence degree calculation unit configured to calculate a shielding influence degree in estimating the position of the host vehicle at the candidate passing position based on the shield information; and a confidence degree calculation unit configured to calculate a confidence degree in estimating the position of the host vehicle at the candidate passing position based on the reference confidence degree and the shielding influence degree.
A method for securing data transfer between a storage device and a host, comprising: obtaining an input/output (I/O) command and an encryption context associated with the I/O command from a device driver executing on the host, wherein obtaining the I/O command and the encryption context from the device driver on the host includes transferring the I/O command and the encryption context, using direct memory access (DMA), from a set of memory addresses on the host to a buffer on a storage controller bus interface between the host and the storage device, the encryption context is associated with at least one of an application, a file, and a user, 2. a file system on the host is configured to create and manage a plurality of encryption contexts during use of the storage device by the host, and the encryption context is one of the plurality of encryption contexts; applying the encryption context to data associated with the I/O command using the storage controller bus interface, the encryption context to enable transmission of an encrypted form of the data between the storage device and the host and the encryption context including one or more keys; encrypting the data using the storage controller bus interface and the encryption context prior to issuing the I/O command to the storage device when the I/O command corresponds to a write command; and decrypting the data using the storage controller bus interface and the encryption context after the I/O command is processed by the storage device when the I/O command corresponds to a read command. obtaining an input/output (I/O) command and an encryption context associated with the I/O command from a device driver executing on the host, wherein obtaining the I/O command and the encryption context from the device driver on the host includes transferring the I/O command and the encryption context, using direct memory access (DMA), from a set of memory addresses on the host to a buffer on a storage controller bus interface between the host and the storage device, the encryption context is associated with at least one of an application, a file, and a user, 2. a file system on the host is configured to create and manage a plurality of encryption contexts during use of the storage device by the host, and the encryption context is one of the plurality of encryption contexts; applying the encryption context to data associated with the I/O command using the storage controller bus interface, the encryption context to enable transmission of an encrypted form of the data between the storage device and the host and the encryption context including one or more keys; encrypting the data using the storage controller bus interface and the encryption context prior to issuing the I/O command to the storage device when the I/O command corresponds to a write command; and decrypting the data using the storage controller bus interface and the encryption context after the I/O command is processed by the storage device when the I/O command corresponds to a read command.
A first device for managing transmission of data frames having a predetermined mutual order, the first device comprising a control system configured to: - provide, each of the data frames, with an order indicator indicative of a position of the data frame under consideration in the pre-determined mutual order of the data frames, characterized in that the control system is further configured to: - provide, each of the data frames, with a satisfaction indicator indicating whether acknowledgement information about reception of one or more of those of the data frames transmitted earlier than the data frame under consideration is expected from an entity for receiving the data frames, the satisfaction indicator enabling the entity receiving the data frames to know whether the data frame under consideration is to be treated as a data frame constituting a beginning of a received data flow when checking the integrity of the received data flow on the basis of the order indicators, and - set, in response to a need to retransmit a data flow starting from one of the data frames, the satisfaction indicator of the one of the data frames to indicate that no acknowledgement information about reception of any data frame transmitted earlier than the one of the data frames is expected from the entity for receiving the data frames. - provide, each of the data frames, with an order indicator indicative of a position of the data frame under consideration in the pre-determined mutual order of the data frames, - provide, each of the data frames, with a satisfaction indicator indicating whether acknowledgement information about reception of one or more of those of the data frames transmitted earlier than the data frame under consideration is expected from an entity for receiving the data frames, the satisfaction indicator enabling the entity receiving the data frames to know whether the data frame under consideration is to be treated as a data frame constituting a beginning of a received data flow when checking the integrity of the received data flow on the basis of the order indicators, and - set, in response to a need to retransmit a data flow starting from one of the data frames, the satisfaction indicator of the one of the data frames to indicate that no acknowledgement information about reception of any data frame transmitted earlier than the one of the data frames is expected from the entity for receiving the data frames.
Dismounting tool for a filter insert of a liquid filter, comprising a body which extends along a longitudinal axis (A), wherein the body has at a distal end a first arm and a second arm , wherein the two arms extend substantially parallel to the longitudinal axis (A) and are spaced apart from one another, wherein the two arms can be deflected towards one another in an elastically reversible manner, characterized in that a securing element is arranged on the first arm , wherein, in an open state of the securing element , the two arms can be moved towards one another, wherein, in a closed state of the securing element , the securing element couples the two arms to one another and a movement of the two arms towards one another is blocked. a body which extends along a longitudinal axis (A), wherein the body has at a distal end a first arm and a second arm , wherein the two arms extend substantially parallel to the longitudinal axis (A) and are spaced apart from one another, wherein the two arms can be deflected towards one another in an elastically reversible manner, characterized in that a securing element is arranged on the first arm , wherein, in an open state of the securing element , the two arms can be moved towards one another, wherein, in a closed state of the securing element , the securing element couples the two arms to one another and a movement of the two arms towards one another is blocked.
Lock of an espagnolette fitting of a casement of a window, a patio door, a door or the like that is pivotable relative to a frame , said lock comprising a counter-bearing , having a stop , for supporting a locking element of the espagnolette fitting that is located opposite it on the frame or on the casement , which locking element can be pivoted from a recessed unlocked position to a protruding locked position, wherein the stop is movable from a recessed position to a protruding position and has control means for controlling the movement of the stop as a function of the position of the casement relative to the frame , characterized in that the counter-bearing has a main body and the stop is arranged on a stop element that is displaceable in the main body , in that magnets are arranged in a manner distributed symmetrically around the centre of gravity of the stop element , and in that the magnets located opposite the stop element are arranged laterally next to the locking element , and in that the stop element is wider than the locking element .
A device for separating infusion capsules , comprising a base unit and a plunger , the base unit having a face with an aperture for receiving a body part of the capsule ; the plunger comprising a projection sized to fit within the aperture ; characterised in that a portion of the face surrounding the aperture has a surface that undulates in a longitudinal direction relative to a central axis through the aperture . the base unit having a face with an aperture for receiving a body part of the capsule ; the plunger comprising a projection sized to fit within the aperture ; characterised in that a portion of the face surrounding the aperture has a surface that undulates in a longitudinal direction relative to a central axis through the aperture .
An apparatus (2900; 3100; 3200; 3300; 3402; 3600; 4100; 4200; 4300; 4400; 4500) , comprising: a first fiber length (104; 204; 1100; 1200; 1300; 1400; 1406; 1500; 1600) situated to receive an input optical beam, the first fiber length having a first refractive index profile (212; 1102; 1202; 1302; 1402; 1412; 1510; 1602); a fiber shaping surface (2902; 3102; 3202; 3308; 3404; 3504; 3602; 3804; 4002, 4004; 4202; 4304; 4402; 4502) situated so that a section of at least the first fiber length is urged to conform to the fiber shaping surface; a bend controller (2906, 2908; 3106, 3107; 3208; 3304; 3410; 3510; 3610; 3804; 4204; 4406, 4408; 4506) situated to select a length of the section of the first fiber length that is urged to conform to the fiber shaping surface or to select a curvature of the fiber shaping surface to perturb the input optical beam and produce a modified optical beam; and a second fiber length (108; 208; 1700; 1800; 1900; 2000; 2100; 2600; 2700; 2800) coupled to the first fiber length and situated to receive the modified optical beam, the second fiber length having a second refractive index profile (214; 1702; 1802; 1902; 2002; 2102) different from the first refractive index profile and selected to maintain at least one beam characteristic of the modified optical beam, the second refractive index profile defining at least two cores in the second fiber length (108; 208; 1700; 1800; 1900; 2000; 2100; 2600; 2700; 2800). a first fiber length (104; 204; 1100; 1200; 1300; 1400; 1406; 1500; 1600) situated to receive an input optical beam, the first fiber length having a first refractive index profile (212; 1102; 1202; 1302; 1402; 1412; 1510; 1602); a fiber shaping surface (2902; 3102; 3202; 3308; 3404; 3504; 3602; 3804; 4002, 4004; 4202; 4304; 4402; 4502) situated so that a section of at least the first fiber length is urged to conform to the fiber shaping surface; a bend controller (2906, 2908; 3106, 3107; 3208; 3304; 3410; 3510; 3610; 3804; 4204; 4406, 4408; 4506) situated to select a length of the section of the first fiber length that is urged to conform to the fiber shaping surface or to select a curvature of the fiber shaping surface to perturb the input optical beam and produce a modified optical beam; and a second fiber length (108; 208; 1700; 1800; 1900; 2000; 2100; 2600; 2700; 2800) coupled to the first fiber length and situated to receive the modified optical beam, the second fiber length having a second refractive index profile (214; 1702; 1802; 1902; 2002; 2102) different from the first refractive index profile and selected to maintain at least one beam characteristic of the modified optical beam, the second refractive index profile defining at least two cores in the second fiber length (108; 208; 1700; 1800; 1900; 2000; 2100; 2600; 2700; 2800).
A system for applying reduced pressure to a subcutaneous tissue site, the system comprising: a sleeve , which comprises a lumen, adapted for placement at a subcutaneous tissue site and having an opening ; and a manifold sized and shaped to be inserted into the lumen of the sleeve, wherein the manifold includes at least one aperture , wherein the manifold is operable to deliver reduced pressure to the subcutaneous tissue site through the at least one aperture and the opening, wherein the manifold comprises a flange at least partially surrounding the manifold, characterized in that the flange includes at least one hole allowing fluid communication between a space on the distal side of the flange and a space on the proximal side of the flange . a sleeve , which comprises a lumen, adapted for placement at a subcutaneous tissue site and having an opening ; and a manifold sized and shaped to be inserted into the lumen of the sleeve, wherein the manifold includes at least one aperture , wherein the manifold is operable to deliver reduced pressure to the subcutaneous tissue site through the at least one aperture and the opening, wherein the manifold comprises a flange at least partially surrounding the manifold, characterized in that the flange includes at least one hole allowing fluid communication between a space on the distal side of the flange and a space on the proximal side of the flange .
A security device for cargo vans having doors incorporating windows, comprising: a) a grill member comprising a generally rectangular sheet shaped to conform to the shape of a window frame of the van, said grill member including a solid or imperforate border; and b) means adapted to attach the grill member to the window frame, wherein the grill member comprises a metal plate having a pattern of apertures extending through a thickness dimension of the plate and where the solid or imperforate border includes a plurality of rectangular cutouts each having a predetermined width dimension and extending inward from a peripheral edge of the border , wherein the means adapted to attach the grill member to the window frame comprises a plurality of clamp members cooperating with the rectangular cut-outs, each such clamp member including a generally U-shaped member with a pair of spaced-apart legs between which the border is adapted to fit; a further plate pivotally coupled to a bottom portion of the U-shaped member by a hinge , and an elastomeric base underlying the further plate and hinge , said further plate and elastomeric base adapted to be affixed to said window frame by a self-tapping screw fastener extending through an aperture in the further plate and the elastomeric base . a) a grill member comprising a generally rectangular sheet shaped to conform to the shape of a window frame of the van, said grill member including a solid or imperforate border; and b) means adapted to attach the grill member to the window frame, wherein the grill member comprises a metal plate having a pattern of apertures extending through a thickness dimension of the plate and where the solid or imperforate border includes a plurality of rectangular cutouts each having a predetermined width dimension and extending inward from a peripheral edge of the border , wherein the means adapted to attach the grill member to the window frame comprises a plurality of clamp members cooperating with the rectangular cut-outs, each such clamp member including a generally U-shaped member with a pair of spaced-apart legs between which the border is adapted to fit; a further plate pivotally coupled to a bottom portion of the U-shaped member by a hinge , and an elastomeric base underlying the further plate and hinge , said further plate and elastomeric base adapted to be affixed to said window frame by a self-tapping screw fastener extending through an aperture in the further plate and the elastomeric base .