mhurhangee/patent-ind-claim-en huggingface dataset:
A method of notifying a user of a wireless mobile device of contents of a signboard, comprising: downloading, by the wireless mobile device, a lookup table of signboard warning messages; receiving , at the wireless mobile device, a notification representing the contents of the signboard in an information element of a broadcast message transmitted on a broadcast channel of a short-range wireless network, wherein the information element is reserved for conveying information other than information defined by a short-range wireless network standard and wherein the information element includes a primary bitmask indicating that the notification is included in the broadcast message and a secondary bitmask representing an index to the lookup table of signboard warning messages; decoding , by the wireless mobile device, the notification in the broadcast message transmitted on the broadcast channel of the short-range wireless network without connecting to the short-range wireless network; and providing , by the wireless mobile device, data representing the notification to the user of the wireless mobile device; wherein the notification representing the contents of the signboard includes an index to the lookup table on the wireless mobile device and an entry in the lookup table corresponding to the index including the contents of the signboard. downloading, by the wireless mobile device, a lookup table of signboard warning messages; receiving , at the wireless mobile device, a notification representing the contents of the signboard in an information element of a broadcast message transmitted on a broadcast channel of a short-range wireless network, wherein the information element is reserved for conveying information other than information defined by a short-range wireless network standard and wherein the information element includes a primary bitmask indicating that the notification is included in the broadcast message and a secondary bitmask representing an index to the lookup table of signboard warning messages; decoding , by the wireless mobile device, the notification in the broadcast message transmitted on the broadcast channel of the short-range wireless network without connecting to the short-range wireless network; and providing , by the wireless mobile device, data representing the notification to the user of the wireless mobile device; wherein the notification representing the contents of the signboard includes an index to the lookup table on the wireless mobile device and an entry in the lookup table corresponding to the index including the contents of the signboard.
A method of determining the cell of origin (COO) of a diffuse large B Cell lymphoma (DLBCL) of a patient diagnosed with DLBCL, the method comprising: a. performing DNA sequencing on DNA from a sample acquired from the patient to acquire a list of genomic features associated with the sample, b. applying, by a computer system, a pre-defined cell of origin DNA classification model to the list of genomic features to calculate a probability score, wherein the cell of origin DNA classification model is described by a set of weighted DNA-based features and is trained to identify activated B cell (ABC) COO and germinal center B Cell (GCB) COO samples using DNA-based features, wherein the set of weighted DNA-based features include chromosome arm-level copy number and zygosity metrics, gene-level features and one or more frequency of alteration class features, and c. classifying, by the computer system, the patient as having a germinal center B cell (GCB) COO when the probability score is below a first pre-defined cutoff, and classifying, by the computer system, the patient as having an activated B cell (ABC) COO when the probability score is above or equal to a second predefined cutoff, wherein the first pre-defined cutoff is at or below the second pre-defined cutoff. a. performing DNA sequencing on DNA from a sample acquired from the patient to acquire a list of genomic features associated with the sample, b. applying, by a computer system, a pre-defined cell of origin DNA classification model to the list of genomic features to calculate a probability score, wherein the cell of origin DNA classification model is described by a set of weighted DNA-based features and is trained to identify activated B cell (ABC) COO and germinal center B Cell (GCB) COO samples using DNA-based features, wherein the set of weighted DNA-based features include chromosome arm-level copy number and zygosity metrics, gene-level features and one or more frequency of alteration class features, and c. classifying, by the computer system, the patient as having a germinal center B cell (GCB) COO when the probability score is below a first pre-defined cutoff, and classifying, by the computer system, the patient as having an activated B cell (ABC) COO when the probability score is above or equal to a second predefined cutoff, wherein the first pre-defined cutoff is at or below the second pre-defined cutoff.
A computer-implemented method to manage access to organization information for an organization, comprising: presenting an organizational chart on a presentation surface , the organizational chart comprising multiple nodes (261-267) associated with members of an organization, and connections between the nodes representing hierarchical relationships between the nodes; receiving at a security component a request to modify a characteristic of the organizational chart from an operator; accessing security settings for the operator by the security component to determine whether the operator is a delegate of a member of the organization; accessing the security settings by the security component to determine a permission level associated with the delegate; authorizing the operator by the security component to modify the characteristic of the organizational chart in response to the modify request when the operator is the delegate and the permission level allows a modification operation associated with the modify request; and if the operator has not defined any security information by the security settings, determining by the security component whether the operator has permission to modify the characteristic of the organizational chart based on the operator's location within the organizational chart. presenting an organizational chart on a presentation surface , the organizational chart comprising multiple nodes (261-267) associated with members of an organization, and connections between the nodes representing hierarchical relationships between the nodes; receiving at a security component a request to modify a characteristic of the organizational chart from an operator; accessing security settings for the operator by the security component to determine whether the operator is a delegate of a member of the organization; accessing the security settings by the security component to determine a permission level associated with the delegate; authorizing the operator by the security component to modify the characteristic of the organizational chart in response to the modify request when the operator is the delegate and the permission level allows a modification operation associated with the modify request; and if the operator has not defined any security information by the security settings, determining by the security component whether the operator has permission to modify the characteristic of the organizational chart based on the operator's location within the organizational chart.
A magnetic core (1; 1'; 1") for an electromagnetic induction device , comprising: a limb (5; 5") made of a grain-oriented material, a yoke (3; 3") made of an amorphous material, and an auxiliary joint member (7; 7'; 7") made of grain-oriented material, wherein the auxiliary joint member (7; 7'; 7") joints the limb (5; 5") with the yoke (3; 3"), wherein the grain orientation of the limb (5; 5") is perpendicular to the grain orientation of the auxiliary joint member (7; 7'; 7"). a limb (5; 5") made of a grain-oriented material, a yoke (3; 3") made of an amorphous material, and an auxiliary joint member (7; 7'; 7") made of grain-oriented material, wherein the auxiliary joint member (7; 7'; 7") joints the limb (5; 5") with the yoke (3; 3"), wherein the grain orientation of the limb (5; 5") is perpendicular to the grain orientation of the auxiliary joint member (7; 7'; 7").
A processor-implemented method programmed in a non-transitory processor-readable medium and to execute on a device configured to execute the method, comprising: receiving barcode control information from a barcode distributor (step 110); acquiring image and resolution settings and capabilities from the device (step 120); and translating the barcode control information into a barcode image on the device for access from the device based on the image and resolution settings and capabilities (step 130); characterised in that the method further comprises changing a setting of the device to increase a resolution of the barcode image when the device is identified as being configured for a lower image resolution than the device is capable of handling (step 140), and, after the barcode has been translated and/or presented to a barcode/scanner reader, resetting the setting to the lower image resolution. receiving barcode control information from a barcode distributor (step 110); acquiring image and resolution settings and capabilities from the device (step 120); and translating the barcode control information into a barcode image on the device for access from the device based on the image and resolution settings and capabilities (step 130); characterised in that the method further comprises changing a setting of the device to increase a resolution of the barcode image when the device is identified as being configured for a lower image resolution than the device is capable of handling (step 140), and, after the barcode has been translated and/or presented to a barcode/scanner reader, resetting the setting to the lower image resolution.
Device for filling a container with a carbonated filling product in a beverage filling plant, comprising a gas valve for supplying a gas into the container, wherein the gas valve is biased by a gas valve spring into a predetermined switching state, a filling valve for feeding the filling product into the container, wherein the filling valve is biased by a filling valve spring into a predetermined switching state, and wherein the gas valve and the filling valve are operatively connected to a common actuator for switching between an opened and a closed switching state, wherein the gas valve spring biases the gas valve into an opened switching state and the filling valve spring biases the filling valve into an open switching state, characterised in that the spring force of the gas valve spring is greater than the spring force of the filling valve spring . the gas valve spring biases the gas valve into an opened switching state and the filling valve spring biases the filling valve into an open switching state, characterised in that the spring force of the gas valve spring is greater than the spring force of the filling valve spring .
A drilling tool , configured to operate in two drilling modes, respectively with and without hammer action, said tool comprising a front end equipped with a rotating part for mounting a drill bit by means of an SDS-type push-fitting, characterized in that said rotating part comprises means for removable attachment to a first longitudinal end of a tubular extension , the tubular extension being configured to extend along and around a drill bit mounted in the rotating part and comprising a second longitudinal end configured to bear at least one screw-driving element , such that the tool can be used for a screw-driving operation even when it is equipped with the drill bit.
Acetabular cup of a hip joint endoprosthesis, comprising an outer cup section with a convex surface for contacting the acetabulum and with an inner cup section with a concave surface for contacting an inlay of the hip joint endoprosthesis, wherein at least along a surface portion of the acetabular cup the outer cup section is made resilient relative to the inner cup section in a radial direction (r), wherein the spring elasticity is formed by a wall portion of the outer cup section extending to a wall portion of the inner cup section forming a cavity with radial clearance (a), wherein at least one spring-elastic element is arranged in the cavity , which element produces a spring effect in the radial direction (r) between the wall portion of the outer cup section and the wall portion of the inner cup section , characterized in that the spring-elastic element is formed by a number of spring lamellae which are formed on one wall portion and which bear on the surface of the other wall portion , wherein the spring lamellae being arranged circumferentially around the circumference of the wall portion , wherein between 14 and 40 spring lamellae are arranged around the circumference of the wall portion , wherein the spring lamellae , viewed from the radial direction (r), have a rectangular or trapezoidal basic contour and wherein the spring lamellae are formed directly from the material of a wall portion, or that the spring-elastic element has a honeycomb-like or lattice-like structure in a radial section. wherein the spring elasticity is formed by a wall portion of the outer cup section extending to a wall portion of the inner cup section forming a cavity with radial clearance (a), wherein at least one spring-elastic element is arranged in the cavity , which element produces a spring effect in the radial direction (r) between the wall portion of the outer cup section and the wall portion of the inner cup section , characterized in that the spring-elastic element is formed by a number of spring lamellae which are formed on one wall portion and which bear on the surface of the other wall portion , wherein the spring lamellae being arranged circumferentially around the circumference of the wall portion , wherein between 14 and 40 spring lamellae are arranged around the circumference of the wall portion , wherein the spring lamellae , viewed from the radial direction (r), have a rectangular or trapezoidal basic contour and wherein the spring lamellae are formed directly from the material of a wall portion, or that the spring-elastic element has a honeycomb-like or lattice-like structure in a radial section.
A multistage pump comprising: • a plurality of components comprising a plurality of pre-assembled pump modules including at least one twin screw pump module ; wherein the multistage pump further comprises an elongate sleeve for housing the components ; and securing means attachable or engagable with a portion of the elongate sleeve , the securing means being operable to fixedly retain the components within the sleeve , and wherein each of the pre-assembled pump modules comprises at least one thrust bearing (16a, 16b; 26a, 26b), characterised in that the multistage pump comprises a discrete thrust bearing (16a, 16b; 26a, 26b) for each rotor (14, 15; 24, 25) of the or each twin screw pump module . • a plurality of components comprising a plurality of pre-assembled pump modules including at least one twin screw pump module ;
Printing machine with printing units , a computer , and a display device connected to the computer , characterized in that the printing units have optical signal devices which are connected to the computer , and in that the printing machine is set up in such a way that the computer organizes the representation of operating conditions of the printing machine on the display device in such a way that the colours match the colours of the displays of the operating conditions on the optical signal devices of the printing units . in that the printing units have optical signal devices which are connected to the computer , and in that the printing machine is set up in such a way that the computer organizes the representation of operating conditions of the printing machine on the display device in such a way that the colours match the colours of the displays of the operating conditions on the optical signal devices of the printing units .
A method for depositing a film, comprising the steps of: irradiating ions to a partial region of a lower surface of a substrate holder , thereby, the ions are irradiated only to a certain group fed to the region among a plurality of substrates held on the lower surface and rotating; and subsequently, in a state of suspending irradiation of the ions, supplying a film deposition material of an oil repellent film to all the substrates by supplying the film deposition material to the whole region on the lower surface of the substrate holder , thereby depositing the oil repellent film on surfaces of the substrates . irradiating ions to a partial region of a lower surface of a substrate holder , thereby, the ions are irradiated only to a certain group fed to the region among a plurality of substrates held on the lower surface and rotating; and subsequently, in a state of suspending irradiation of the ions, supplying a film deposition material of an oil repellent film to all the substrates by supplying the film deposition material to the whole region on the lower surface of the substrate holder , thereby depositing the oil repellent film on surfaces of the substrates .
Method for remotely controlling multiple vehicles, the method comprising: - receiving a first code by a mobile application, wherein the first code uniquely identifies a vehicle and a first set of functions of the mobile application, wherein the first set of functions of the mobile application remotely controls a set of functions of the uniquely identified vehicle; - receiving a second code by the mobile application, wherein the second code identifies a toy vehicle and a second set of functions of the mobile application, wherein the second set of functions of the mobile application remotely controls a set of functions of the toy vehicle; - determining the set of functions of the toy vehicle based on the set of functions of the vehicle, wherein the set of functions of the toy vehicle comprises at least a subset of the set of functions of the vehicle; and - remotely controlling the toy vehicle based on the determined set of functions of the toy vehicle. - receiving a first code by a mobile application, wherein the first code uniquely identifies a vehicle and a first set of functions of the mobile application, wherein the first set of functions of the mobile application remotely controls a set of functions of the uniquely identified vehicle; - receiving a second code by the mobile application, wherein the second code identifies a toy vehicle and a second set of functions of the mobile application, wherein the second set of functions of the mobile application remotely controls a set of functions of the toy vehicle; - determining the set of functions of the toy vehicle based on the set of functions of the vehicle, wherein the set of functions of the toy vehicle comprises at least a subset of the set of functions of the vehicle; and - remotely controlling the toy vehicle based on the determined set of functions of the toy vehicle.
Sunshade apparatus comprising a sun sail which can be drawn off from a winding shaft and of which the draw-off edge which extends between two sail corners is engaged by a tensioning device having two cable ends which extend between the draw-off edge and positionally fixed attachment points , characterised in that the two cable ends are connected at a spaced interval from the associated sail corners to the draw-off edge provided with an edge strip and are guided from the connection points about a respective deflection roller in the region of the sail corners , and in that the deflection rollers are fastened to the sail corners by means of a tension member which can move pivotably in relation to the draw-off edge .
A scroll compressor comprising: a casing ; a drive motor arranged in an inner space of the casing ; a rotary shaft coupled to the drive motor to rotate; a main frame arranged under the drive motor ; a fixed scroll arranged under the main frame ; an orbiting scroll , arranged between the fixed scroll and the mainframe , and engaging with the fixed scroll to make an orbiting motion, the rotary shaft being inserted into and eccentrically coupled to the orbiting scroll , a first bearing positioned between the main frame and the rotary shaft , wherein a first gap is present between the first bearing and the rotary shaft ; and a second bearing positioned between the fixed scroll and the rotary shaft , wherein a second gap is present between the second bearing and the rotary shaft, wherein at least one of the first and second gaps (232; 252) varies with a vertical position, characterised in that the first gap between the first bearing and the rotary shaft is wider in a lower portion of the first bearing than in an upper portion of the first bearing , and wherein the second gap between the second bearing and the rotary shaft is wider in an upper portion of the second bearing than in a lower portion of the second bearing . a casing ; a drive motor arranged in an inner space of the casing ; a rotary shaft coupled to the drive motor to rotate; a main frame arranged under the drive motor ; a fixed scroll arranged under the main frame ; an orbiting scroll , arranged between the fixed scroll and the mainframe , and engaging with the fixed scroll to make an orbiting motion, the rotary shaft being inserted into and eccentrically coupled to the orbiting scroll , a first bearing positioned between the main frame and the rotary shaft , wherein a first gap is present between the first bearing and the rotary shaft ; and a second bearing positioned between the fixed scroll and the rotary shaft , wherein a second gap is present between the second bearing and the rotary shaft, wherein at least one of the first and second gaps (232; 252) varies with a vertical position, characterised in that the first gap between the first bearing and the rotary shaft is wider in a lower portion of the first bearing than in an upper portion of the first bearing , and wherein the second gap between the second bearing and the rotary shaft is wider in an upper portion of the second bearing than in a lower portion of the second bearing .
A camera device that comprises a light-trap arrangement and a camera housing with a lens assembly , where, when mounted to the camera housing , the light-trap arrangement is intended to limit light incoming toward the lens assembly , where the camera device is adapted to be mounted to a mounting bracket positioned inside a vehicle , where the camera housing comprises at least one housing holding part and the light-trap arrangement comprises at least one corresponding light-trap holding part , where corresponding holding parts (7A, 7B; 8A, 8B; 9A, 9B; 10A, 10B) are adapted to be brought into an engaging holding position when the light-trap arrangement is attached to the camera housing , characterized in that the light-trap arrangement comprises two light-trap front holding parts , each comprising a resilient hook with a protruding part , and where the camera housing comprises two housing front holding parts , each comprising a fixed indent part , where each hook is adapted to embrace a corresponding indent part such that each protruding part locks against a corresponding indent part , and where the light-trap arrangement comprises two light-trap rear holding parts , each comprising a resilient angled tongue part , and where the camera housing comprises two housing rear holding parts , each comprising a fixed indent part , where each tongue part is adapted to engage a corresponding indent part such that the corresponding tongue part locks against the corresponding indent part .