mhurhangee/patent-ind-claim-en huggingface dataset:
A motor bogie for a railway vehicle , comprising: a frame extending in a horizontal longitudinal direction (X) corresponding to a direction of travel of the vehicle; a motor ; and a transmission device , capable of being rotated with respect to the frame, about a horizontal axis perpendicular to the longitudinal direction; the motor bogie further comprising a first attachment rod , the motor and the chassis being adapted to be attached to each other in an assembled configuration by said first attachment rod; the frame comprising a first and a second mounting bracket spaced apart in a horizontal transverse direction (Y); the motor comprising a first and a second mounting area , able to come into contact with the first and the second mounting bracket respectively in the assembled configuration; the first mounting rod being intended to pass through the first mounting bracket and the second mounting area in the assembled configuration; the motor bogie being configured so that, in the assembled configuration, a central space connecting a top face and a bottom face of the chassis is provided between the first and second mounting brackets; the motor bogie being characterised in that it further comprises a first member for locking the motor and the chassis; the first locking member comprising: a first and a second locking aperture, respectively carried by the chassis and by the motor; and a locking pin , capable of sliding in said first and second apertures. the motor bogie further comprising a first attachment rod , the motor and the chassis being adapted to be attached to each other in an assembled configuration by said first attachment rod; the frame comprising a first and a second mounting bracket spaced apart in a horizontal transverse direction (Y); the motor comprising a first and a second mounting area , able to come into contact with the first and the second mounting bracket respectively in the assembled configuration; the first mounting rod being intended to pass through the first mounting bracket and the second mounting area in the assembled configuration; the motor bogie being configured so that, in the assembled configuration, a central space connecting a top face and a bottom face of the chassis is provided between the first and second mounting brackets; the motor bogie being characterised in that it further comprises a first member for locking the motor and the chassis; the first locking member comprising: a first and a second locking aperture, respectively carried by the chassis and by the motor; and a locking pin , capable of sliding in said first and second apertures.
Oil-free thickening composition in the form of powder, granules or pellets for textile printing paste comprising a) from 25 to 85 % by weight (% wt) of a carboxymethyl cellulose (CMC) having degree of substitution (DS) from 1.6 to 3.0 and b) from 15 to 65% by weight of a thickener obtained by polymerization of ethylenically unsaturated monomers.
A recombinant vaccinia virus, comprising: a gene encoding soluble programmed cell death protein-1 (sPD-1), a gene encoding hyaluronidase, and a gene encoding interleukin (IL)-12.
An acoustic metamaterial, comprising: • a first resonating layer and a second resonating layer having a similar or different configuration, wherein each resonating layer is made of a single material having a constant resonating thickness (t 2 ) and a plurality of resonating unit cells , wherein each resonating unit cell comprises: - a resonating opening ; and - a resonating element extending into said resonating opening ; wherein the resonating elements are coplanar to the resonating layer , said resonating layer and said resonating elements having the same constant resonating thickness (t 2 ) characterized by further comprising: • a connecting layer made of a single material having a constant connecting thickness (t 5 ) and a plurality of connecting unit cells , wherein each connecting unit cell comprises: - a connecting opening ; wherein the connecting layer is arranged adjacent to the first resonating layer and to the second resonating layer , partially or completely overlapping the connecting openings of the connecting layer with the resonating openings of the first resonating layer and the second resonating layer to allow the vibration of the resonating elements . • a first resonating layer and a second resonating layer having a similar or different configuration, wherein each resonating layer is made of a single material having a constant resonating thickness (t 2 ) and a plurality of resonating unit cells , wherein each resonating unit cell comprises: - a resonating opening ; and - a resonating element extending into said resonating opening ; wherein the resonating elements are coplanar to the resonating layer , said resonating layer and said resonating elements having the same constant resonating thickness (t 2 ) characterized by further comprising: - a resonating opening ; and - a resonating element extending into said resonating opening ; • a connecting layer made of a single material having a constant connecting thickness (t 5 ) and a plurality of connecting unit cells , wherein each connecting unit cell comprises: - a connecting opening ; wherein the connecting layer is arranged adjacent to the first resonating layer and to the second resonating layer , partially or completely overlapping the connecting openings of the connecting layer with the resonating openings of the first resonating layer and the second resonating layer to allow the vibration of the resonating elements . - a connecting opening ;
A crystal of 5-cyclopropyl-2-((1-(3-fluorobenzyl)-1H-indol-5-yl)amino)nicotinic acid having diffraction peaks at diffraction angles (2θ) of 12.2±0.2, 17.2±0.2, 19.4±0.2, 24.1±0.2 and 27.1 ±0.2° in powder x-ray diffraction, wherein the powder x-ray diffraction is measured under the following conditions: x-Ray used: CuKα Tube voltage: 40 kV Tube current: 40 mA Scan axis: 2θ. x-Ray used: CuKα Tube voltage: 40 kV Tube current: 40 mA Scan axis: 2θ.
An inkjet printer that prints print items on printing objects being conveyed, comprising: a plurality of printing nozzles ; and a common main control unit that controls printing with the plurality of printing nozzles ; characterized in that the main control unit is provided with a deriving function to derive a relationship between times and print items that have been set and a relationship between times that are printed with each of the plurality of printing nozzles and the print items, and a correcting function to correct print data of the print items to maintain the relationship between times and the print items that have been set. a plurality of printing nozzles ; and a common main control unit that controls printing with the plurality of printing nozzles ; characterized in that the main control unit is provided with a deriving function to derive a relationship between times and print items that have been set and a relationship between times that are printed with each of the plurality of printing nozzles and the print items, and a correcting function to correct print data of the print items to maintain the relationship between times and the print items that have been set.
A memory allocation method, wherein the method is applied to a computer system, and the computer system comprises a memory resource, a basic input/output system, BIOS, and an operating system, OS, wherein the memory resource comprises mirrored memory, and when the operating system runs, characterized in that , the method comprises: detecting whether data requiring memory allocation carries a mirror identifier, wherein the mirror identifier is set on kernel data and critical user data, and the critical user data is user-specified data, in user data, that requires mirrored storage; and when detecting that the data requiring memory allocation carries the mirror identifier, allocating , from an unoccupied part of the mirrored memory, memory to the data requiring memory allocation, wherein the mirrored memory is indicated by a mirrored memory address range that is provided by the BIOS to the OS during initialization of the OS, wherein the method further comprises: when the data requiring memory allocation is the critical user data, determining whether data of a same process is stored in the mirrored memory, wherein the data of the same process is data generated before the critical user data by the same process that generates the critical user data; and if the data of the same process is not stored in the mirrored memory, migrating the data of the same process to the mirrored memory. detecting whether data requiring memory allocation carries a mirror identifier, wherein the mirror identifier is set on kernel data and critical user data, and the critical user data is user-specified data, in user data, that requires mirrored storage; and when detecting that the data requiring memory allocation carries the mirror identifier, allocating , from an unoccupied part of the mirrored memory, memory to the data requiring memory allocation, wherein the mirrored memory is indicated by a mirrored memory address range that is provided by the BIOS to the OS during initialization of the OS, wherein the method further comprises: when the data requiring memory allocation is the critical user data, determining whether data of a same process is stored in the mirrored memory, wherein the data of the same process is data generated before the critical user data by the same process that generates the critical user data; and if the data of the same process is not stored in the mirrored memory, migrating the data of the same process to the mirrored memory. when the data requiring memory allocation is the critical user data, determining whether data of a same process is stored in the mirrored memory, wherein the data of the same process is data generated before the critical user data by the same process that generates the critical user data; and if the data of the same process is not stored in the mirrored memory, migrating the data of the same process to the mirrored memory.
Method for shaping a glass sheet having a thickness Ev, comprising: a step of applying and adhering onto a first surface of the sheet a layer of a first material withstanding higher tensile stresses than those of said sheet, said layer having a thickness E1 such that, when this complex is subjected to bending, the neutral fiber is moved by more than 20% of the sheet's thickness Ev; characterized in that it also comprises: a step of elastically deforming the complex comprising the sheet coated with the first layer of material into the final shape, such that the sheet is principally subjected to compression relative to the initial shape because of the neutral fiber having moved; a step of applying a layer of a second material , resistant to compression stresses, on a free surface of the layer of the first material opposite to the sheet , the layer of the second material adopting a final shape of said surface of the layer of first material, the layer of second material shaping the complex into the final shape; a step of adhering the layer of the second material onto the layer of the first material and of dimensionally stabilizing the final shape; and a release step, during which: - the layer of second material keeps the layer of first material subjected to traction, - a constitutive material of the sheet is principally subjected to compression; and - the material of the layer of second material is subjected to compression. a step of elastically deforming the complex comprising the sheet coated with the first layer of material into the final shape, such that the sheet is principally subjected to compression relative to the initial shape because of the neutral fiber having moved; a step of applying a layer of a second material , resistant to compression stresses, on a free surface of the layer of the first material opposite to the sheet , the layer of the second material adopting a final shape of said surface of the layer of first material, the layer of second material shaping the complex into the final shape; a step of adhering the layer of the second material onto the layer of the first material and of dimensionally stabilizing the final shape; and a release step, during which: - the layer of second material keeps the layer of first material subjected to traction, - a constitutive material of the sheet is principally subjected to compression; and - the material of the layer of second material is subjected to compression. - the layer of second material keeps the layer of first material subjected to traction, - a constitutive material of the sheet is principally subjected to compression; and - the material of the layer of second material is subjected to compression.
A method for manufacturing a solenoid-armature ram composite for a linear actuator having a stator with a coil that can be fed with electrical current for producing an electromagnetic field, a single-part or multi-part solenoid armature movable along a longitudinal axis (A) of the coil and a ram connected with the solenoid armature , wherein the solenoid armature surrounds the ram in a ring shape, characterized by the steps of: arranging the solenoid armature and the ram in an assembly mold , so that a radial gap remains between the solenoid armature and the ram , wherein at least one inner diameter of the assembly mold and at least one outer diameter of the solenoid armature are executed in mutually accurately fitting manner; casting the gap with a casting material , so that the casting material establishes a connection between the solenoid armature and the ram ; and removing the solenoid-armature ram composite from the assembly mold ; wherein the solenoid armature comprises at least one first and one second permanent magnet ring between which at least one intermediate ring is arranged, and at least one first and one second pole disk , wherein respectively one of the first and second pole disks adjoins one of the two permanent magnet rings on the outer side in the axial direction. arranging the solenoid armature and the ram in an assembly mold , so that a radial gap remains between the solenoid armature and the ram , wherein at least one inner diameter of the assembly mold and at least one outer diameter of the solenoid armature are executed in mutually accurately fitting manner; casting the gap with a casting material , so that the casting material establishes a connection between the solenoid armature and the ram ; and removing the solenoid-armature ram composite from the assembly mold ; wherein the solenoid armature comprises at least one first and one second permanent magnet ring between which at least one intermediate ring is arranged, and at least one first and one second pole disk , wherein respectively one of the first and second pole disks adjoins one of the two permanent magnet rings on the outer side in the axial direction.
A vehicle alert system for notifying a potentially dangerous driving situation to a driver, comprising at least one external detector that is adapted to provide a detection information related to a potentially dangerous driving situation outside the vehicle , an eye gaze direction detector that is adapted to provide a driver eye gaze direction information, an alert unit that is adapted to receive the detection information and the driver eye gaze direction information, generate a visual alert signal , when a potentially dangerous driving situation is detected, and control display of the visual alert signal on a display of the vehicle, wherein the vehicle comprises a plurality of displays (10a-10g), the alert unit is adapted to select one of said plurality of displays of the vehicle, depending on the driver eye gaze direction information, and control display of the visual alert signal on the selected display, and the alert unit is adapted to determine an awareness status of the vehicle driver, said awareness status indicating whether or not the vehicle driver is aware of the detected potentially dangerous driving situation, and then determine whether or not a visual alert signal has to be generated depending on the awareness status of the vehicle driver, and, after determining that the driver is aware of the detected potentially dangerous driving situation, the awareness status, being aware, of the driver remains valid for a given period of time.
A container system, comprising: a container having a cover ; and a container integration device having a first member and a second member , wherein the second member is coupled to the first member characterised in that the second member is configured to receive therein the container , the first member being movable with respect to the second member between an open configuration and a closed configuration; wherein the first member has a lock device configured to cooperate with the cover to lock the first member with the second member in the closed configuration; and wherein the lock device of the first member comprises at least one flange , wherein the at least one flange is disposed below a bottom tray of the cover to lock the first member with the second member in the closed configuration. a container having a cover ; and a container integration device having a first member and a second member , wherein the second member is coupled to the first member characterised in that the second member is configured to receive therein the container , the first member being movable with respect to the second member between an open configuration and a closed configuration; wherein the first member has a lock device configured to cooperate with the cover to lock the first member with the second member in the closed configuration; and wherein the lock device of the first member comprises at least one flange , wherein the at least one flange is disposed below a bottom tray of the cover to lock the first member with the second member in the closed configuration.
Pushchair comprising a frame provided with wheels , able to adopt at least one deployed position corresponding to a position of use of the pushchair and at least one folded position corresponding to a storage position of the pushchair, the pushchair further comprising means for locking the frame in deployed position and means for controlling the unlocking of the means for locking as such making it possible to return the frame to said storage position, said means for controlling the unlocking comprising an actuating member with the foot located in the lower region of the frame , characterised in that the means for controlling the unlocking comprise: - a mobile safety element configured to prevent access to the actuating member in a first so-called safety position, and to allow access to the actuating member in a second so-called release position. - a mobile safety element configured to prevent access to the actuating member in a first so-called safety position, and to allow access to the actuating member in a second so-called release position.
A method for quantification of latent retrovirus, comprising the steps of: activating replication-competent latent retrovirus in an isolated sample comprising cells containing reservoirs of said replication-competent retrovirus, wherein a virion particle is released from the cells; isolating the virion particle in an aqueous droplet surrounded by an immiscible fluid; lysing the virion particle in the aqueous droplet to release an RNA molecule; exposing the RNA molecule to at least one primer capable of hybridizing to at least a portion of the RNA molecule; synthesizing a cDNA product from the RNA molecule in the aqueous droplet; detecting the cDNA product; and quantifying the RNA based on the detected cDNA product. activating replication-competent latent retrovirus in an isolated sample comprising cells containing reservoirs of said replication-competent retrovirus, wherein a virion particle is released from the cells; isolating the virion particle in an aqueous droplet surrounded by an immiscible fluid; lysing the virion particle in the aqueous droplet to release an RNA molecule; exposing the RNA molecule to at least one primer capable of hybridizing to at least a portion of the RNA molecule; synthesizing a cDNA product from the RNA molecule in the aqueous droplet; detecting the cDNA product; and quantifying the RNA based on the detected cDNA product.
A medical prosthesis comprising a mesh and one or more coatings comprising one or more biodegradable polymers, wherein the one or more coatings temporarily stiffen the mesh to at least 1.1 times its original stiffness, characterized in that the one or more biodegradable polymers comprise one or more tyrosine-derived diphenol monomer units.
Method for the production of a silica aerogel by means of a sol-gel process, wherein a lyogel is first formed and the lyogel is then converted into an aerogel, characterized in that for producing the lyogel at least two precursor sols, preferably two precursor sols, are mixed with each other, a first precursor sol having an acidic pH or a basic pH and a second precursor sol having a pH different from the first precursor sol.
Blood stopping device having a clamping/pinching body which is biased against a flexible hose , characterised by a release lever or release button which is in operative engagement or can be brought into operative engagement with the clamping/pinching body , which release lever or release button is arranged such that during/by applying the blood stopping means on a surface it is moved into a first position in which it keeps the clamping/pinching body spaced from the hose and during lifting the clamping/pinching body from the surface automatically moves to a second position in which the clamping/pinching body pinches off the hose .