mhurhangee/patent-ind-claim-en huggingface dataset:
A line printer comprising: a printhead ; a platen ; a carriage including a head unit configured to support the printhead and a carriage frame configured to movably support the head unit ; a carriage moving mechanism configured to move the carriage including the carriage frame between an opposing position where the printhead is opposite the platen , and a standby position where the printhead is not opposite the platen ; and a head unit moving mechanism configured to move the head unit relative to the carriage frame in a direction toward the platen when the carriage is set to the opposing position , wherein: the carriage frame is configured to support the head unit movably between a first position where the gap between the printhead and the platen is a first distance, and a second position where said gap is a second distance that is shorter than the first distance; and the head unit moving mechanism is configured to move the head unit set to the first position to the second position , characterized in that the line printer further comprises a gap forming member configured to set a specific gap between the printhead and the platen , and to contact both the carriage and the platen when the head unit is at the second position . a printhead ; a platen ; a carriage including a head unit configured to support the printhead and a carriage frame configured to movably support the head unit ; a carriage moving mechanism configured to move the carriage including the carriage frame between an opposing position where the printhead is opposite the platen , and a standby position where the printhead is not opposite the platen ; and a head unit moving mechanism configured to move the head unit relative to the carriage frame in a direction toward the platen when the carriage is set to the opposing position , wherein: the carriage frame is configured to support the head unit movably between a first position where the gap between the printhead and the platen is a first distance, and a second position where said gap is a second distance that is shorter than the first distance; and the head unit moving mechanism is configured to move the head unit set to the first position to the second position , the carriage frame is configured to support the head unit movably between a first position where the gap between the printhead and the platen is a first distance, and a second position where said gap is a second distance that is shorter than the first distance; and the head unit moving mechanism is configured to move the head unit set to the first position to the second position , characterized in that the line printer further comprises a gap forming member configured to set a specific gap between the printhead and the platen , and to contact both the carriage and the platen when the head unit is at the second position .
A lens module, used to converge an image light beam reflected from an eye fundus, the lens module comprising a first lens group (G1), a second lens group (G2) and a third lens group (G3), which are arranged from an eye fundus side (EYE) to an image side (IMG) in sequence, wherein: said first lens group (G1) has a positive effective focal length and includes a first lens (L1) having two convex surfaces respectively facing said eye fundus side (EYE) and said image side (IMG), and said first lens group (G1) being a single piece of lens; said second lens group (G2) has a positive or negative effective focal length and includes a plurality of second lenses (L2), and wherein said second lens (L2) closest to said eye fundus side (EYE) has a concave surface facing said eye fundus side (EYE); and said third lens group (G3) has a positive effective focal length and includes a plurality of third lenses (L3a, L3b, L3c), wherein at least one said third lens is a cemented lens; characterized by a first light emitting element (LSa), which is arranged in said image side (IMG) of said first lens group (G1) and deviated from an optical axis (A) of said lens module, and which is used to generate an illumination light beam (IL), wherein said illumination light beam (IL) is directly incident on a substantial portion of said first lens group (G1) including a central zone around the optical axis (A) and converged by said first lens group (G1) to a cornea on said eye fundus side (EYE), without a relay lens. said first lens group (G1) has a positive effective focal length and includes a first lens (L1) having two convex surfaces respectively facing said eye fundus side (EYE) and said image side (IMG), and said first lens group (G1) being a single piece of lens; said second lens group (G2) has a positive or negative effective focal length and includes a plurality of second lenses (L2), and wherein said second lens (L2) closest to said eye fundus side (EYE) has a concave surface facing said eye fundus side (EYE); and said third lens group (G3) has a positive effective focal length and includes a plurality of third lenses (L3a, L3b, L3c), wherein at least one said third lens is a cemented lens; characterized by a first light emitting element (LSa), which is arranged in said image side (IMG) of said first lens group (G1) and deviated from an optical axis (A) of said lens module, and which is used to generate an illumination light beam (IL), wherein said illumination light beam (IL) is directly incident on a substantial portion of said first lens group (G1) including a central zone around the optical axis (A) and converged by said first lens group (G1) to a cornea on said eye fundus side (EYE), without a relay lens.
Apparatus for generating an inhalable medium, the apparatus comprising: a liquid container for holding a liquid ; a heater for volatilising liquid held in the container ; and a receiving portion for receiving a plurality of discrete material elements ; the apparatus being arranged such that in use liquid volatilised by the heater passes, in the form of at least one of a vapour and an aerosol, through a material of one or more of said plurality of discrete material elements received by the receiving portion in use thereby to entrain one or more constituents of the one or more of said plurality of discrete material elements to produce the inhalable medium; wherein the receiving portion has received therein a said plurality of discrete material elements ; and wherein one of the plurality of discrete material elements is exchangeable for another said discrete material element. a liquid container for holding a liquid ; a heater for volatilising liquid held in the container ; and a receiving portion for receiving a plurality of discrete material elements ; the apparatus being arranged such that in use liquid volatilised by the heater passes, in the form of at least one of a vapour and an aerosol, through a material of one or more of said plurality of discrete material elements received by the receiving portion in use thereby to entrain one or more constituents of the one or more of said plurality of discrete material elements to produce the inhalable medium; wherein the receiving portion has received therein a said plurality of discrete material elements ; and wherein one of the plurality of discrete material elements is exchangeable for another said discrete material element.
A turbomachine comprising: a support member ; a geared architecture ; and a geared architecture support assembly , comprising a support having a more compliant portion and a less compliant portion , wherein the less compliant portion includes a stop that limits axial movement of the geared architecture , characterised in that : the stop is spaced from the support member during normal operation of a turbomachine ; and the stop is configured to contact the support member during an extreme event to limit the axial movement. a support member ; a geared architecture ; and a geared architecture support assembly , comprising a support having a more compliant portion and a less compliant portion , wherein the less compliant portion includes a stop that limits axial movement of the geared architecture , the stop is spaced from the support member during normal operation of a turbomachine ; and the stop is configured to contact the support member during an extreme event to limit the axial movement.
A method of wireless communication using a low latency physical layer structure comprising a first hierarchical layer and a second hierarchical layer, wherein the second hierarchical layer has a lower latency compared to a first hierarchical layer, wherein the method comprises: transmitting a data block comprised in a 1 ms burst subframe of a radio frame , the transmitting being performed using a first set of resources according to a low latency operational mode, wherein the burst subframe is transmitted according to the second hierarchical layer, wherein the radio frame further comprises at least one 1 ms subframe comprising 14 symbols transmitted according to the first hierarchical layer; transmitting a number of redundancy versions of the data block using a second set of resources according to the low latency operational mode, the number of redundancy versions of the data block being transmitted prior to determining whether an acknowledgement, ACK, is received for the data block ; and receiving the ACK on a reduced symbol duration uplink, UL, control channel according to the low latency operational mode within the burst subframe, wherein the symbol duration of the symbols of the burst subframe transmitted according to the second hierarchical layer is reduced compared to the symbol duration of the symbols of the 1 ms subframe comprising 14 symbols transmitted according to the first hierarchical layer. transmitting a data block comprised in a 1 ms burst subframe of a radio frame , the transmitting being performed using a first set of resources according to a low latency operational mode, wherein the burst subframe is transmitted according to the second hierarchical layer, wherein the radio frame further comprises at least one 1 ms subframe comprising 14 symbols transmitted according to the first hierarchical layer; transmitting a number of redundancy versions of the data block using a second set of resources according to the low latency operational mode, the number of redundancy versions of the data block being transmitted prior to determining whether an acknowledgement, ACK, is received for the data block ; and receiving the ACK on a reduced symbol duration uplink, UL, control channel according to the low latency operational mode within the burst subframe, wherein the symbol duration of the symbols of the burst subframe transmitted according to the second hierarchical layer is reduced compared to the symbol duration of the symbols of the 1 ms subframe comprising 14 symbols transmitted according to the first hierarchical layer.
A pharmaceutical composition containing, as active principles, aprocitentan, or a pharmaceutically acceptable salt thereof, in combination with an SGLT-2 inhibitor which is canagliflozin, dapagliflozin, or empagliflozin, or a pharmaceutically acceptable salt thereof, as well as at least one pharmaceutically acceptable excipient.
Mowing machine with at least one cutter bar comprising: - an elongate hollow housing comprising an upper wall and a lower wall (3"), - at least one disc integral with a supporting shaft , - at least one radially protruding and freely rotatable blade fixed to said disc , - at least one bearing mounted at the level of an orifice in the upper wall of the housing , and receiving said supporting shaft with rotational guiding, the or each bearing being rigidly connected to the housing by at least one fixing assembly composed of at least two fixing elements (6', 6") assembled by screwing, directly or indirectly, mowing machine characterised in that , for at least one of the fixing assemblies of the or each bearing , at least a part, preferably substantially the whole, of the zone(s) of mutual engagement or gripping of the internally threaded part(s) and externally threaded part(s) of the fixing elements (6', 6") is situated between respective supporting surfaces (12 and 12') of said at least two fixing elements (6', 6"). - an elongate hollow housing comprising an upper wall and a lower wall (3"), - at least one disc integral with a supporting shaft , - at least one radially protruding and freely rotatable blade fixed to said disc , - at least one bearing mounted at the level of an orifice in the upper wall of the housing , and receiving said supporting shaft with rotational guiding, the or each bearing being rigidly connected to the housing by at least one fixing assembly composed of at least two fixing elements (6', 6") assembled by screwing, directly or indirectly, mowing machine characterised in that , for at least one of the fixing assemblies of the or each bearing , at least a part, preferably substantially the whole, of the zone(s) of mutual engagement or gripping of the internally threaded part(s) and externally threaded part(s) of the fixing elements (6', 6") is situated between respective supporting surfaces (12 and 12') of said at least two fixing elements (6', 6").
A system for manufacturing a kitchen arrangement for a cabin of an airplane, comprising a primary module , the primary module having an electrical energy supply device , a cooling device , and at least one supply connection for supplying the primary module with a requisite, the system further comprising at least one auxiliary module that is couplable with the primary module , wherein the cooling device is set up to provide a stream of cooled fluid to a fluid outlet , wherein at least one outer boundary surface of the primary module comprises an electrical connection coupled with the electrical energy supply device and a fluid connection coupled with the fluid outlet , wherein the at least one outer boundary surface is adjusted for coupling with an auxiliary module of the at least one auxiliary module having a correspondingly shaped boundary surface , wherein the connection of the at least one outer boundary surface of the primary module with the correspondingly shaped boundary surface of the auxiliary module forms a kitchen arrangement, wherein the primary module comprises a base section , a top section arranged thereon, and a working surface arranged between the base section and top section , wherein the working surface comprises a hollow space , which has an air outlet directed toward the base section , and is joined with a cooling air outlet of the cooling device , and wherein the hollow space further comprises the fluid outlet , which is a cooling air connection that empties into the at least one outer boundary surface .
An apparatus for automatic quantification of a part of a vascular structure, the apparatus comprising: - an input unit ; - a processing unit ; and - an output unit ; wherein the input unit is configured to provide the processing unit with at least one first image comprising a spatial representation of a region of interest of a vascular structure, wherein the at least one first image comprises image data representative of a location of a part of a medical device, to be used in a vascular treatment wherein the part of the medical device is a balloon configured to be in a plurality of states associated with different phases of the vascular treatment, the image data exhibiting signature image data representing an at least partially inflated state of the balloon; wherein the input unit is configured to provide the processing unit with second images, each comprising a spatial representation of the region of interest of the vascular structure, wherein each second image comprises image data acquired with contrast agent present, in which at least a part of the vascular structure is represented in a visible and distinct manner, wherein the second images comprise images acquired both before and after the vascular treatment was applied; wherein the processing unit is configured to i) determine a time of acquisition of the at least first one image as a time of the vascular treatment and ii) determine, in the at least one first image, a location of the signature; wherein the processing unit is configured to determine a transform relating at least one location in the at least one first image to a corresponding at least one location in each second image, and apply the transform to the location of the signature in the at least one first image to provide a corresponding location in each second image, and wherein the output unit is configured to output data representative of the vascular structure at the determined location in each second image, wherein the output data comprises information to determine the success of the vascular treatment. - an input unit ; - a processing unit ; and - an output unit ;
Method for an assembly workstation which has a working surface and at least one material container , and which has a projector by means of which information can be presented on a projection surface, wherein the projection surface comprises at least one part of the working surface and at least one section of the at least one material container , wherein a control unit is provided which has an electronic work schedule with a multiplicity of working steps, wherein the working steps are processed, and wherein at least one information item is presented on the projection surface by means of the projector during the working steps, wherein an assembly information item is provided as information, for which an assembly instruction is projected, and wherein a marking , which indicates a position at which a component is to be arranged, is provided as information, and wherein a container marking for the material container is provided as information, in order to highlight the material container which is to be used, wherein the projector contains in its interior a single image template which contains all the images which are projected onto the projection surface, wherein a user interface is provided via which a person can input data for the method, wherein the user interface is provided externally and is connected to the assembly device without a cable or by cable, wherein a mask is provided on a screen, by means of which mask at least one working step and the working sequence can be defined, wherein the screen is an external screen which is connected to the mounting device without a cable or by cable, wherein a type of marking and/or a position of the marking is assigned to a respective working step via the user interface, wherein an assembly step, during which a component which is assigned to the working step is mounted, is provided as a step type for the working step, and wherein a working step which is to be confirmed, during which a confirmation is requested via the user interface after the execution, is provided as a step type for the working step, and wherein an extraction step, during which extraction of a component from the at least one material container is necessary, is provided as a step type for the working step, and wherein an assembly process with a tool is provided as a step type for the working step.
A sensor strip comprising an elongate member that is segmented, the segments being defined by continuous longitudinal and transverse grooves, such that adjacent segments are hinged together, wherein the longitudinal grooves define a central column of segments and outer columns of segments, wherein the segments in the outermost columns are tapered outwardly, and characterised in that a pressure-sensitive sensor is mounted in a plurality of the segments in the central column .
A computer system comprising: at least one processor ; and a memory coupled to the at least one processor and storing instructions corresponding to a host operating system that, when executed by the at least one processor , cause the host operating system to host a virtual machine executing a guest operating system , the guest operating system being configured to run an internal monitor process that collects first information about the state of the guest operating system and forwards that first information to a hypervisor monitor process running on the host operating system , the hypervisor monitor process being configured to collect second information about the state of the guest operating system for analysis together with the first information regarding a security threat to the guest operating system . at least one processor ; and a memory coupled to the at least one processor and storing instructions corresponding to a host operating system that, when executed by the at least one processor , cause the host operating system to host a virtual machine executing a guest operating system , the guest operating system being configured to run an internal monitor process that collects first information about the state of the guest operating system and forwards that first information to a hypervisor monitor process running on the host operating system , the hypervisor monitor process being configured to collect second information about the state of the guest operating system for analysis together with the first information regarding a security threat to the guest operating system .
A method for producing a fiber blended yarn comprising at least a thermoplastic resin fiber and a reinforcing fiber, the method comprising the step of blending the thermoplastic resin fiber and the reinforcing fiber with an interlace method that uses a gas in the presence of water.
Flow cytometry method for detecting neutrophil extracellular traps in a sample of a biofluid, wherein a dye selective for nucleic acid is supplied to the sample of the biofluid, wherein a multiplicity of optical, particlerelated measurement values is determined in the sample after staining within the absorption range of the dye, in each case as a tuple composed of a measurement value of a first optical feature and of a second optical feature, wherein measurement values of the first optical feature within a subregion of all measured values of the first optical feature and of the second optical feature within a subregion of all measured values of the second optical feature are selected, and wherein the number of selected measurement values is compared with a predetermined limit value in order to detect the neutrophil extracellular traps, wherein the first optical feature is a scattered-light intensity and the second optical feature is the light-intensity reduction, preferably the absorptance.
A control device to be applied to an internal combustion engine including a fuel reformation cylinder capable of serving as a fuel reformation device and an output cylinder to which reformed fuel generated in the fuel reforming cylinder is supplied, the output cylinder configured to yield an engine power by combusting the reformed fuel, the control device comprising: a reaction gas temperature adjustment unit configured to adjust a reaction gas temperature in the fuel reformation cylinder according to an air fuel mixture equivalence ratio in the fuel reformation cylinder so that the air fuel mixture equivalence ratio and the reaction gas temperature in the fuel reformation cylinder at a time of fuel reformation are in a reforming reaction possible range but outside a soot generation range, the soot generation range being defined by the air fuel mixture equivalence ratio and the reaction gas temperature in the fuel reformation cylinder , wherein a calculated soot generation lower limit temperature corresponds to the lower limit temperature of the soot generation range, and wherein, when a compression end gas temperature is estimated to be lower than the soot generation lower limit temperature, a fuel reforming operation of the fuel reformation cylinder is executed in that cycle or in a subsequent cycle.