mhurhangee/ep-ind-claims huggingface dataset:
A display device capable of being adjusted between flat and curved comprising: a display panel module which is flexible; and a backcover system comprising at least one angle block module; and a driving system; wherein the angle block module comprises a plurality of links including first links connected to the driving system, wherein the display device is configured such that moving the first links away from the driving system increases the curvature of the display device and moving the first links closer to the driving system decreases the curvature of the display device, wherein the driving system comprises a gear as a driver component delivering rotary motion into the links, wherein the gear comprises guide grooves which are connected to the first links, the angle block module further comprises: multiple block units arranged in a row, each block unit having an angle block; a link of the plurality of links at both long sides of the angle block; and a shaft bearing connecting the links of each block unit to links of an adjacent block unit, wherein the angle block module is disposed at each of both left and right sides with the driving system at the centre of a width of a display panel module, and wherein the block units (211a, 211b, and 211c) of the angle block module are fixed to a backcover of the display panel module. a display panel module which is flexible; and a backcover system comprising at least one angle block module; and a driving system; wherein the angle block module comprises a plurality of links including first links connected to the driving system, wherein the display device is configured such that moving the first links away from the driving system increases the curvature of the display device and moving the first links closer to the driving system decreases the curvature of the display device, wherein the driving system comprises a gear as a driver component delivering rotary motion into the links, wherein the gear comprises guide grooves which are connected to the first links, the angle block module further comprises: multiple block units arranged in a row, each block unit having an angle block; a link of the plurality of links at both long sides of the angle block; and a shaft bearing connecting the links of each block unit to links of an adjacent block unit, wherein the angle block module is disposed at each of both left and right sides with the driving system at the centre of a width of a display panel module, and wherein the block units (211a, 211b, and 211c) of the angle block module are fixed to a backcover of the display panel module. multiple block units arranged in a row, each block unit having an angle block; a link of the plurality of links at both long sides of the angle block; and a shaft bearing connecting the links of each block unit to links of an adjacent block unit, wherein the angle block module is disposed at each of both left and right sides with the driving system at the centre of a width of a display panel module, and
A ligand compound represented by the following Chemical Formula 1: in Chemical Formula 1, A is -O-, -C -, or -C(R 1 R 2)-, and at least one of R 1 and R 2 is a C 1 -C 6 halogenated alkyl group, sulfonic acid group (-SO 3 H), or ammonia group (-NH 3 +) and the rest are hydrogen; B 1, B 2, B 3, B 4, B 5, B 6, B 7, and B 8 are independently hydrogen, a C 1 -C 10 alkyl group, a C 4 -C 10 cycloalkyl group, a C 6 -C 15 aryl group, a C 7 -C 15 aralkyl group, or a C 1 -C 10 alkoxy group; and C 1 and C 2 are independently hydrogen or -N[X(R 3 R 4)] 2, wherein at least one of C 1 and C 2 is -N[X(R 3 R 4)] 2, N is nitrogen, X is independently phosphorus, arsenic (As), or antimony (Sb), and R 3 and R 4 are independently a hydrocarbyl group or a heterohydrocarbyl group. A is -O-, -C -, or -C(R 1 R 2)-, and at least one of R 1 and R 2 is a C 1 -C 6 halogenated alkyl group, sulfonic acid group (-SO 3 H), or ammonia group (-NH 3 +) and the rest are hydrogen; B 1, B 2, B 3, B 4, B 5, B 6, B 7, and B 8 are independently hydrogen, a C 1 -C 10 alkyl group, a C 4 -C 10 cycloalkyl group, a C 6 -C 15 aryl group, a C 7 -C 15 aralkyl group, or a C 1 -C 10 alkoxy group; and C 1 and C 2 are independently hydrogen or -N[X(R 3 R 4)] 2, wherein at least one of C 1 and C 2 is -N[X(R 3 R 4)] 2, N is nitrogen, X is independently phosphorus, arsenic (As), or antimony (Sb), and R 3 and R 4 are independently a hydrocarbyl group or a heterohydrocarbyl group.
An ultrasound observation apparatus capable of creating a blood flow image of a subject by receiving a reflection signal of a sound output signal transmitted to the subject as an electric signal, and performing various kinds of signal processing for the electric signal, characterized in that the ultrasound observation apparatus further comprises: a transmission frequency switching section switching a frequency band of the sound output signal which is transmitted to the subject to a frequency band corresponding to a combination of a display mode and a resolution of the blood flow image selected by an operation instructing section, wherein the display mode includes a color flow mode that displays the blood flow image based on a value of a blood flow velocity and a power flow mode that displays the blood flow image based on a value of a blood flow intensity; and a blood flow color creating section selecting one color palette from a plurality of color palettes by linking with switching of the frequency band by the transmission frequency switching section and changing a color at a time of visualizing from the blood flow image by using the selected one palette. a transmission frequency switching section switching a frequency band of the sound output signal which is transmitted to the subject to a frequency band corresponding to a combination of a display mode and a resolution of the blood flow image selected by an operation instructing section, wherein the display mode includes a color flow mode that displays the blood flow image based on a value of a blood flow velocity and a power flow mode that displays the blood flow image based on a value of a blood flow intensity; and a blood flow color creating section selecting one color palette from a plurality of color palettes by linking with switching of the frequency band by the transmission frequency switching section and changing a color at a time of visualizing from the blood flow image by using the selected one palette.
A light source device comprising: a light source; a light source control unit for controlling turning on/off of the light source; a cooling fan for cooling the light source; and a fan control unit for controlling a number of revolutions of the cooling fan based on turning on/off of the light source, wherein the fan control unit is configured to: control the number of revolutions to drive the cooling fan at a first number of revolutions when the light source is turned on, and characterized in that the fan control unit is further configured to control the number of revolutions to drive the cooling fan at a second number of revolutions lower than the first number of revolutions by waiting for a predetermined waiting time when the light source is turned off. a light source; a light source control unit for controlling turning on/off of the light source; a cooling fan for cooling the light source; and a fan control unit for controlling a number of revolutions of the cooling fan based on turning on/off of the light source, wherein the fan control unit is configured to: control the number of revolutions to drive the cooling fan at a first number of revolutions when the light source is turned on, and characterized in that the fan control unit is further configured to control the number of revolutions to drive the cooling fan at a second number of revolutions lower than the first number of revolutions by waiting for a predetermined waiting time when the light source is turned off. control the number of revolutions to drive the cooling fan at a first number of revolutions when the light source is turned on, and characterized in that the fan control unit is further configured to control the number of revolutions to drive the cooling fan at a second number of revolutions lower than the first number of revolutions by waiting for a predetermined waiting time when the light source is turned off.
A method for returning to a long term evolution network, characterized by comprising: receiving, by a first mobile switching center, MSC, a first circuit service fall back, CSFB, indication corresponding to a user equipmen, UE, that is sent by a mobility management entity, MME, after the UE initiates CSFB, wherein the first CSFB indication is used for identifying that the UE needs to return to a long term evolution, LTE, network after circuit service of the UE is finished; and sending, by the first MSC, according to the first CSFB indication, a second CSFB indication corresponding to the UE to a radio network controller, RNC/base station controller, BSC, corresponding to the UE when the circuit service of the UE is finished, wherein the second CSFB indication is used for indicating that the RNC/BSC is to notify the UE of returning to the LTE network. receiving, by a first mobile switching center, MSC, a first circuit service fall back, CSFB, indication corresponding to a user equipmen, UE, that is sent by a mobility management entity, MME, after the UE initiates CSFB, wherein the first CSFB indication is used for identifying that the UE needs to return to a long term evolution, LTE, network after circuit service of the UE is finished; and sending, by the first MSC, according to the first CSFB indication, a second CSFB indication corresponding to the UE to a radio network controller, RNC/base station controller, BSC, corresponding to the UE when the circuit service of the UE is finished, wherein the second CSFB indication is used for indicating that the RNC/BSC is to notify the UE of returning to the LTE network.
A process for preparing a flexible packaging material comprising: providing a printed first flexible substrate comprising an ink composition on a surface of a first flexible substrate, the ink composition comprising a first thermoplastic resin; depositing a further composition comprising a cross-linker, a white pigment and a second thermoplastic resin onto the printed ink composition such that the thermoplastic resin of the ink composition is cross-linked; and laminating the first flexible substrate with a second flexible substrate such that the ink composition and the further composition are disposed between the first and second flexible substrates. providing a printed first flexible substrate comprising an ink composition on a surface of a first flexible substrate, the ink composition comprising a first thermoplastic resin; depositing a further composition comprising a cross-linker, a white pigment and a second thermoplastic resin onto the printed ink composition such that the thermoplastic resin of the ink composition is cross-linked; and laminating the first flexible substrate with a second flexible substrate such that the ink composition and the further composition are disposed between the first and second flexible substrates.
- A sub-caliber projectile of the kinetic energy type configured to neutralize a target, the projectile comprising a perforating rod surrounded by a sabot made of light material and allowing the projectile to be fired from a weapon, the rod being extended by a stabilizing tail, the tail being connected to the rod by a connection means which can be broken, the breaking being initiated by a control means integral with the projectile, the projectile being characterised in that the control means comprises a timing module connected to a programming interface and which is configured to be programmed before firing or during firing so as to ensure the breaking of the connection means at a reference distance (Ref) relative to the target that is configured for neutralization of the target.
A method of functionalizing reclaimed elastomer material, the reclaimed elastomer material including an elastomer having intra-chain and inter-chain bonds, the method comprising: subjecting particles of the reclaimed elastomer material to shear by feeding the reclaimed elastomer material into the nip between first and second counter-rotating rolls such that the particles of the reclaimed elastomer material are subjected to shear at temperatures less than 50 °C, wherein the first of the counter-rotating rolls is rotating at a different speed than the second of the counter-rotating rolls such that inter-chain bonds of the reclaimed elastomer material are cleaved to produce a functionalized elastomer material, and wherein the reclaimed elastomer material is subjected to shear in the presence of a modifier which selectively promotes the cleavage of inter-chain bonds in the reclaimed elastomer material, wherein the particles of the reclaimed elastomer material have a size of 0. 420 mm (40 mesh) or smaller. subjecting particles of the reclaimed elastomer material to shear by feeding the reclaimed elastomer material into the nip between first and second counter-rotating rolls such that the particles of the reclaimed elastomer material are subjected to shear at temperatures less than 50 °C, wherein the first of the counter-rotating rolls is rotating at a different speed than the second of the counter-rotating rolls such that inter-chain bonds of the reclaimed elastomer material are cleaved to produce a functionalized elastomer material, and wherein the reclaimed elastomer material is subjected to shear in the presence of a modifier which selectively promotes the cleavage of inter-chain bonds in the reclaimed elastomer material, wherein the particles of the reclaimed elastomer material have a size of 0. 420 mm (40 mesh) or smaller.
Method for remotely controlling an automotive submerged surface cleaning apparatus by means of a remote control device, said apparatus comprising a body and a driving device comprising guiding and driving members suitable for driving and guiding the body over the submerged surface, said control device comprising a control terminal comprising at least one casing comprising an orientation detector and a processing unit for the signals supplied by the orientation detector, said method being characterized in that it comprises the steps of: - obtaining, by the orientation detector, of a signal representative of a first orientation parameter of the casing, said first orientation parameter lying within a first predetermined range of values, - transmission, to the driving device, of control signals representative of a first control of the driving device corresponding to the first predetermined range of values, - orientation of the casing in another position, so as to obtain a signal representative of a second orientation parameter of the casing, said second orientation parameter lying within a second predetermined range of values, separate from the first range, - transmission, to the driving device, of control signals representative of a second control of the driving device corresponding to the second predetermined range of values. - obtaining, by the orientation detector, of a signal representative of a first orientation parameter of the casing, said first orientation parameter lying within a first predetermined range of values, - transmission, to the driving device, of control signals representative of a first control of the driving device corresponding to the first predetermined range of values, - orientation of the casing in another position, so as to obtain a signal representative of a second orientation parameter of the casing, said second orientation parameter lying within a second predetermined range of values, separate from the first range, - transmission, to the driving device, of control signals representative of a second control of the driving device corresponding to the second predetermined range of values.
Method for analyzing at least one sequence of movements performed by a person having a set of characteristic points, each movement (Mvt) comprising a succession of elementary actions (Ace), said method comprising a step of observing the sequence of movements using at least one acquisition system configured for supplying raw data relating to the positions of at least some characteristic points of the set of characteristic points, said method further comprising at least an artificial neural network configured to perform a step of segmenting the sequence of movements into time units, each associated with an instant (t0 to tn), a step of determining, for each instant (t0 to tn), the positions of at least some characteristic points of the set of characteristic points, using the acquisition system, a step of assigning, at each instant (t0 to tn), at least one position code for at least some characteristic points of the set of characteristic points, as a function, for each of them, of the determined position, so as to form a combination of position codes at each instant (t0 to tn); a step of assigning at least one elementary action code for each given instant (t0 to tn) corresponding to the combination of position codes at the given instant (t0 to tn); and a step of syntactically verifying the elementary action codes and/or the position codes on the basis of at least one structured language which has at least one rule and at least one lexicon, in order to refine the raw data relating to the positions of the characteristic points.
An apparatus for enabling a multi-device environment on a bus, the bus requiring active termination impedance control, the apparatus comprising: a first node, configured to receive an indication that a corresponding device is at a physical end of the bus or that said corresponding device is an internal device to the bus, and multi-processor logic, coupled to said first node, configured to control how a second node is driven according to said indication, wherein said second node is coupled to the bus: wherein said multi-processor logic is configured to enable pull-up logic and first pull-down logic and to disable second pull-down logic if said indication indicates that said corresponding device is at said physical end of the bus; wherein said multi-processor logic is configured to disable said pull-up logic and to enable said first pull-down logic and said second pull-down logic if said indication designates said corresponding device as an internal device; and wherein said first and second pull-down logic (307, 308) are configured to drive said second node to a specified low voltage level when driving into two signal traces. a first node, configured to receive an indication that a corresponding device is at a physical end of the bus or that said corresponding device is an internal device to the bus, and multi-processor logic, coupled to said first node, configured to control how a second node is driven according to said indication, wherein said second node is coupled to the bus: wherein said multi-processor logic is configured to enable pull-up logic and first pull-down logic and to disable second pull-down logic if said indication indicates that said corresponding device is at said physical end of the bus; wherein said multi-processor logic is configured to disable said pull-up logic and to enable said first pull-down logic and said second pull-down logic if said indication designates said corresponding device as an internal device; and wherein said first and second pull-down logic (307, 308) are configured to drive said second node to a specified low voltage level when driving into two signal traces. wherein said multi-processor logic is configured to enable pull-up logic and first pull-down logic and to disable second pull-down logic if said indication indicates that said corresponding device is at said physical end of the bus; wherein said multi-processor logic is configured to disable said pull-up logic and to enable said first pull-down logic and said second pull-down logic if said indication designates said corresponding device as an internal device; and wherein said first and second pull-down logic (307, 308) are configured to drive said second node to a specified low voltage level when driving into two signal traces.
Arrangement comprising an implant (1, 1') which is made from a plastic or comprises a plastic, comprising an anchoring segment (3, 3') and an implant stub, wherein the anchoring segment (3, 3') comprises a core (3a, 3'a) and wherein anchoring claws (4, 4') protrude from the core (3a, 3'a) in a radial and/or axial direction, which implant (1, 1') is suitable for implantation into a jaw bone, and a mounting part (5, 5a, 5b, 5c) which is suitable for mounting onto a part of the implant (1, 1') that is protruding out of the jaw bone, wherein the implant (1, 1') comprises an implant stub which is made from a plastic or comprises a plastic, and wherein the mounting part (5, 5a, 5b, 5c) is fixed or fixable on the implant stub, characterized in that the core (3'a) is elliptic or oval in cross section, in that the implant stub is elliptic or oval in cross section, in that the mounting part (5, 5a, 5b, 5c) comprises cams (6, 6b, 6c) which engage in grooves of the implant stub in an interlocking manner, and in that the mounting part (5, 5a, 5b, 5c) is made from a material or comprises a material that is more rigid than the plastic from which the implant stub is made or which the implant stub comprises.
An ultrasonic surgical system, comprising: an ultrasonic waveguide body (1234, 2234) defining first and second longitudinal lumens (1242, 2242; 1244, 2244) extending through at least a portion of a length of the ultrasonic waveguide body; a distal transverse lumen (1256, 2246) defined within the ultrasonic waveguide body transversely through at least a portion of the ultrasonic waveguide body to intersect and interconnect the first and second longitudinal lumens; a first proximal transverse lumen extending from a first proximal transverse aperture within the ultrasonic waveguide body transversely through a portion of the ultrasonic waveguide body to intersect the first longitudinal lumen; a second proximal transverse lumen extending from a second proximal transverse aperture within the ultrasonic waveguide body transversely through a portion of the ultrasonic waveguide body to intersect the second longitudinal lumen; and inflow and outflow conduits fluidly coupled with the first and second proximal transverse apertures, respectively, to enable the inflow of fluid into the first longitudinal lumen and the outflow of fluid from the second longitudinal lumen, respectively characterised in that the distal transverse lumen is at least partially formed via a distal cap (1250, 2250) defining a distal tip of the distal waveguide body. an ultrasonic waveguide body (1234, 2234) defining first and second longitudinal lumens (1242, 2242; 1244, 2244) extending through at least a portion of a length of the ultrasonic waveguide body; a distal transverse lumen (1256, 2246) defined within the ultrasonic waveguide body transversely through at least a portion of the ultrasonic waveguide body to intersect and interconnect the first and second longitudinal lumens; a first proximal transverse lumen extending from a first proximal transverse aperture within the ultrasonic waveguide body transversely through a portion of the ultrasonic waveguide body to intersect the first longitudinal lumen; a second proximal transverse lumen extending from a second proximal transverse aperture within the ultrasonic waveguide body transversely through a portion of the ultrasonic waveguide body to intersect the second longitudinal lumen; and inflow and outflow conduits fluidly coupled with the first and second proximal transverse apertures, respectively, to enable the inflow of fluid into the first longitudinal lumen and the outflow of fluid from the second longitudinal lumen, respectively characterised in that the distal transverse lumen is at least partially formed via a distal cap (1250, 2250) defining a distal tip of the distal waveguide body.