mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition comprising: i) a compound of the following formula: or a pharmaceutically acceptable salt, solvate, or hydrate thereof; and ii) a pharmaceutically acceptable carrier, excipient or diluent. i) a compound of the following formula: or a pharmaceutically acceptable salt, solvate, or hydrate thereof; and ii) a pharmaceutically acceptable carrier, excipient or diluent.
A refrigeration appliance comprising: - an outer cabinet extending in a vertical direction (V) and comprising a base suitable to lay on the ground, a roof and lateral side walls connecting said base and said roof ; - an inner liner , internal to said outer cabinet , defining at least one compartment for receiving food items; - a door apt to open and close said at least one compartment ; - a refrigeration system comprising an evaporator to cool down air for said at least one compartment , said evaporator being arranged inside said at least one compartment at a first wall thereof; - a fan assembly arranged inside said compartment and associated to said evaporator for generating a cooling air stream for said at least one compartment ; wherein said fan assembly comprises, arranged side by side: - a first layer of expanded polystyrene; - a fan comprising a rotor with a rotation axis (X) inclined with respect to a vertical direction (V); - a cover plate ; and wherein said fan assembly comprises a fastening device apt to fasten said cover plate to said first layer to keep said fan assembly in the assembled configuration, characterized in that said fan assembly further comprises a second layer of expanded polystyrene arranged between said fan and said cover plate . - an outer cabinet extending in a vertical direction (V) and comprising a base suitable to lay on the ground, a roof and lateral side walls connecting said base and said roof ; - an inner liner , internal to said outer cabinet , defining at least one compartment for receiving food items; - a door apt to open and close said at least one compartment ; - a refrigeration system comprising an evaporator to cool down air for said at least one compartment , said evaporator being arranged inside said at least one compartment at a first wall thereof; - a fan assembly arranged inside said compartment and associated to said evaporator for generating a cooling air stream for said at least one compartment ; - a first layer of expanded polystyrene; - a fan comprising a rotor with a rotation axis (X) inclined with respect to a vertical direction (V); - a cover plate ; and wherein said fan assembly comprises a fastening device apt to fasten said cover plate to said first layer to keep said fan assembly in the assembled configuration, characterized in that said fan assembly further comprises a second layer of expanded polystyrene arranged between said fan and said cover plate .
A method performed in a wireless device for positioning the wireless device in a wireless communications network , the method comprising: activating a positioning unit comprised in the wireless device to perform a first position measurement; the method further comprising de-activating the positioning unit after a first position (A) has been measured; performing radio signal measurements on received radio signals from one or more network nodes in conjunction with the first position measurement in order to determine a first radio signal measurement profile associated with the measured first position (A) comparing subsequent radio signal measurements on received radio signals from one or more network nodes to the determined first radio signal measurement profile in order to determine if the wireless device has moved away from, or remains at, the measured first position (A) determining if the wireless device has moved away from the measured first position (A) based on received radio signals from one or more network nodes in the wireless communications network , wherein the wireless device is determined to have moved away from the measured first position if the difference between at least one radio signal measurement of the determined first radio signal measurement profile and at least one corresponding subsequent radio signal measurement is above a threshold value; and when determined that the wireless device has moved away from the measured first position (A), re-activating the positioning unit to perform at least one second position measurement. activating a positioning unit comprised in the wireless device to perform a first position measurement; the method further comprising de-activating the positioning unit after a first position (A) has been measured; performing radio signal measurements on received radio signals from one or more network nodes in conjunction with the first position measurement in order to determine a first radio signal measurement profile associated with the measured first position (A) comparing subsequent radio signal measurements on received radio signals from one or more network nodes to the determined first radio signal measurement profile in order to determine if the wireless device has moved away from, or remains at, the measured first position (A) determining if the wireless device has moved away from the measured first position (A) based on received radio signals from one or more network nodes in the wireless communications network , wherein the wireless device is determined to have moved away from the measured first position if the difference between at least one radio signal measurement of the determined first radio signal measurement profile and at least one corresponding subsequent radio signal measurement is above a threshold value; and when determined that the wireless device has moved away from the measured first position (A), re-activating the positioning unit to perform at least one second position measurement.
A camera controller configured to: receive an input synchronizing signal, transfer a video frame synchronizing signal based on the input synchronizing signal to a camera section, wherein the camera section is connected to the camera controller via a camera cable, and receive a video signal captured by the camera section at a timing of the video frame synchronizing signal; wherein the camera controller is characterized in that it is configured to: measure a mismatch of a timing between the video frame synchronizing signal that is transferred to the camera section and a video frame synchronizing signal in the video signal received from the camera section, advance a phase of the video frame synchronizing signal transferred to the camera section by a half of the mismatch of the timing, and transfer the video frame synchronizing signal to the camera section. receive an input synchronizing signal, transfer a video frame synchronizing signal based on the input synchronizing signal to a camera section, wherein the camera section is connected to the camera controller via a camera cable, and receive a video signal captured by the camera section at a timing of the video frame synchronizing signal; measure a mismatch of a timing between the video frame synchronizing signal that is transferred to the camera section and a video frame synchronizing signal in the video signal received from the camera section, advance a phase of the video frame synchronizing signal transferred to the camera section by a half of the mismatch of the timing, and transfer the video frame synchronizing signal to the camera section.
Image sensor comprising: - a plurality of photodetection pixels formed inside and on top of a semiconductor substrate ; and - an interconnection network coating a surface of the semiconductor substrate, the interconnection network comprising a level of conductive vias in contact, by their lower surface, with the photodetection pixels, wherein said conductive vias are made of doped polysilicon and characterized in that said vias have a heavier doping on their lower surface side than on their upper surface side. - a plurality of photodetection pixels formed inside and on top of a semiconductor substrate ; and - an interconnection network coating a surface of the semiconductor substrate, the interconnection network comprising a level of conductive vias in contact, by their lower surface, with the photodetection pixels,
A target vehicle speed generation device configured to set a target vehicle speed of a vehicle that is travelling on a target pathway set in advance, the target vehicle speed generation device comprising: a determination unit that determines whether or not a sudden change point at which acceleration changes in excess of a predetermined condition is present in a target vehicle speed; a correction unit that corrects the target vehicle speed so as to eliminate the sudden change point, if it is determined that the sudden change point is present by the determination unit; and characterized in that the correction unit corrects the target vehicle speed so as to eliminate the sudden change point by ending acceleration or deceleration at a second timing, which precedes a first timing corresponding to the sudden change point, if it is determined that a sudden change point is present by the determination unit . a determination unit that determines whether or not a sudden change point at which acceleration changes in excess of a predetermined condition is present in a target vehicle speed; a correction unit that corrects the target vehicle speed so as to eliminate the sudden change point, if it is determined that the sudden change point is present by the determination unit; and characterized in that the correction unit corrects the target vehicle speed so as to eliminate the sudden change point by ending acceleration or deceleration at a second timing, which precedes a first timing corresponding to the sudden change point, if it is determined that a sudden change point is present by the determination unit .
A transport device for piece goods, comprising: a base part which has a base plate and side walls which project up from the base plate and run around at least in certain portions, wherein the side walls delimit a rectangular or square placement surface of the base plate ; a number of first compartments for receiving piece goods, wherein each of the first compartments has circumferential walls which each stand by way of a lower edge on the placement surface and which enclose a receiving space; an intermediate base which lies on the first compartments and which has a downwardly protruding edge , which runs around at least in certain portions and engages around the first compartments at upper edges of their circumferential walls , and an upwardly pointing further placement surface ; a number of second compartments , wherein each of the second compartments has circumferential walls which each stand by way of a lower edge on the further placement surface and which enclose a receiving space, and wherein the first and second compartments are foldable for the purpose of volume reduction, characterized in that the intermediate base has two articulatedly interconnected base parts which each have a portion of the further placement surface and can be pivoted relative to one another about a pivot axis until the portions of the further placement surface bear against one another, wherein each of the base parts has a rectangular or square outline whose one side is shorter than both sides of the placement surface and whose other side is shorter than at least one of the sides of the placement surface.
An Internet of Things resource subscription method, comprising: receiving, by a device, a request message sent by a server, wherein the request message comprises an identifier of a first resource and a first parameter, the first resource comprises a first child resource and a second child resource, and the first parameter is used to instruct the device to send an updated resource value to the server; and determining, by the device, that a preset condition or a condition specified by the server is met, and sending, by the device, a message to the server, wherein the message comprises an updated child resource value in the first resource, wherein the determining comprises: determining, by the device, that the preset condition or the condition specified by the server is met, a current value of the first child resource is different from a value that is of the first child resource and that is sent to the server last time, and a current value of the second child resource is the same as a value that is of the second child resource and that is sent to the server last time, and wherein the sending comprises: sending, by the device, the current value of the first child resource to the server. receiving, by a device, a request message sent by a server, wherein the request message comprises an identifier of a first resource and a first parameter, the first resource comprises a first child resource and a second child resource, and the first parameter is used to instruct the device to send an updated resource value to the server; and determining, by the device, that a preset condition or a condition specified by the server is met, and sending, by the device, a message to the server, wherein the message comprises an updated child resource value in the first resource, wherein the determining comprises: determining, by the device, that the preset condition or the condition specified by the server is met, a current value of the first child resource is different from a value that is of the first child resource and that is sent to the server last time, and a current value of the second child resource is the same as a value that is of the second child resource and that is sent to the server last time, and wherein the sending comprises: sending, by the device, the current value of the first child resource to the server.
A transparent substrate provided on a main face with a stack of thin layers comprising a single metallic functional layer having properties of reflection in the infrared region and/or in the solar radiation region, in particular based on silver or on silver-containing metal alloy, and two antireflective coatings , said antireflective coatings each comprising at least one dielectric layer (122, 128; 162, 168), said functional layer being positioned between the two antireflective coatings , characterized in that at least the antireflective coating located between said substrate and said functional layer , indeed even both antireflective coatings , comprise(s) a layer comprising silicon-zirconium nitride, Si x Zr y N z , with an atomic ratio of Zr to the sum Si + Zr, y/(x + y), which is between 25.0% and 40.0%, these values being incorporated, indeed even 26.32% and 37.5%, these values being incorporated, indeed even between 27.0% and 37.0%, these values being incorporated.
Handle device (24; 124), in particular for a hand tool, comprising a grip unit (36; 126) and a fastening unit (30; 130), wherein a spring-elastic damping unit (32; 132) is arranged between the grip unit (36; 136) and the fastening unit (30; 130), said damping unit (32; 132) being provided to transmit a vibration that occurs on the fastening unit (30; 130) in an operating state of the handle device (24; 124) to the grip unit (36; 136) in an at least partially damped manner such that an operator is at least partially decoupled from the vibration, wherein an overload protection unit (34; 134) is furthermore provided, which, in the event of an overload state occurring on the grip unit (36; 136) or on the fastening unit (30; 130), protects the damping unit (32; 132) from damage by at least a part of a force flux (80; 180) between the fastening unit (30; 130) and the grip unit (36; 136) being diverted, in the overload state, as a bypass to an additional force flux path (80a, 84; 180a, 184), characterized in that at least one torsion inhibiting means (86; 186) is furthermore provided on the fastening unit (30; 130) and on the grip unit (36; 136), said torsion inhibiting means (86; 186) limiting torsional moments acting on the damping unit (32; 132) to a maximum in the event of torsion of the grip unit (36; 136) relative to the fastening unit (30; 130), wherein the torsion inhibiting means (86; 186) comprises at least one recess (88; 188) and at least one torsion blade (90; 190) engaging in the recess (88; 188), wherein the recess (88; 188) and the torsion blade (90; 190) are arranged in a manner mutually assigned to one another on the fastening unit (30; 130) and on the grip unit (36; 136), preferably on the overload protection unit (34; 134) .
Multimedia system comprising a control unit for controlling a parameter in said multimedia system , said control unit comprising a bracket allowing the multimedia system to be arranged on a surface where the multimedia system can be manipulated relative to the bracket from a neutral position to an unbalanced position , and where a first set and a second set of resilient means in the bracket urge the multimedia system back to the neutral position , and a receiver in the multimedia system registers the manipulation of the multimedia system , whereby the control unit alters the parameter in response to the registration by the receiver and further wherein the bracket comprises a damping mechanism acting to dampen the movement of the multimedia system back towards the neutral position , such that the multimedia system does not substantially pass the neutral position .
Gear motor comprising electric motors, a gearing and an adapter, which is arranged between the electric motors and the gearing, wherein the gearing comprises an input shaft and an output shaft , wherein each motor comprises a rotor shaft, wherein the adapter comprises a casing-forming adapter flange , wherein the adapter flange surrounds, in a manner forming a casing at least in part, a summation gear for bringing together the power flows, generated by the motors, towards the input shaft of the gearing, wherein oil can flow through each motor as a coolant, i.e. the motors are liquid-cooled, wherein the motors each have an intake and an outlet for the coolant, wherein conduits are formed on the adapter flange , which conduits bring together the coolant emerging from the outlet of each motor towards an outlet on the adapter flange , wherein the input shaft of the gearing is borne in a casing part of the gearing, in particular the bearing housing , wherein the adapter flange comprises a centring means , which can be oriented on a centring means , in particular a centring collar , of the gearing casing part, wherein receiving openings for receiving the end shields of the electric motors are arranged on the adapter flange , wherein each receptacle comprises a centring means , in particular a centring collar , on which the end shield of each motor is oriented, wherein the summation gear is lubricated by coolant in that a connecting conduit leads from the spatial region of the summation gear to a conduit of the adapter flange .
Method for operating a stepper motor with a specified target coil current course which is composed of a plurality of temporally successive instantaneous target coil current values which are each generated by chopper phases in the motor coils, with a first operating mode in which in each chopper phase a voltage is applied to at least one of the coils, the amplitude and polarity of the applied voltage being adjusted to generate an instantaneous target coil current value, and with a second operating mode in which by activating and timing of coil current phases (ON, FD, SD) a momentary target coil current value is impressed into the coils, wherein the first operating mode is activated in a predetermined low rotational speed range of the motor and the second operating mode is activated in a predetermined higher rotational speed range of the motor, and wherein, for regulating the coil current during rotation of the motor in the first operating mode, a current threshold (S) is fixed during each half-wave of the target coil current such that it is to be reached and exceeded only during a specified part of the duration of the half-wave, wherein in each half-wave the number of those chopper phases in which the target coil current reaches and exceeds the current threshold (S) is compared to the number of those chopper phases in which the measured coil current actually reaches and exceeds the current threshold (S), and wherein the difference between these numbers is fed as a regulation deviation to a regulator (PI) for regulating the coil current in the following half-wave.
A cooling plate assembly comprising at least one cooling plate which is mounted to a carrier , wherein the at least one cooling plate in respect of its area extent projects freely away from the carrier so that the at least one cooling plate can be introduced into a hollow body and can be removed from the hollow body by moving the carrier by way of an opening , characterised in that the at least one cooling plate is mounted moveably substantially perpendicularly to the surface extent of the cooling plates .
A method of controlling heating in an aerosol-generating system comprising a heater , comprising: comparing a measured voltage across the heater (V2-V1), indicative of the temperature of the heater, with a target value (I*R target ); if the measured voltage across the heater (V2-V1) exceeds the target value (I*R target ) by greater than or equal to a first amount, then preventing a supply of power to the heater for a first time period; and if the measured voltage across the heater (V2-V1) exceeds the target value (I*R target ), but by less than the first amount, then preventing the supply of power to the heater for a second time period, shorter than the first time period. comparing a measured voltage across the heater (V2-V1), indicative of the temperature of the heater, with a target value (I*R target ); if the measured voltage across the heater (V2-V1) exceeds the target value (I*R target ) by greater than or equal to a first amount, then preventing a supply of power to the heater for a first time period; and if the measured voltage across the heater (V2-V1) exceeds the target value (I*R target ), but by less than the first amount, then preventing the supply of power to the heater for a second time period, shorter than the first time period.
Power supply device for supplying electrical power for a welding torch, comprising a code generation unit set up to automatically generate the code dynamically as a function of internal and external context data of the power supply device which are currently being configured and/or controlled by a user (N), comprising an output unit set up to output the dynamically generated code for capture by a mobile terminal of the user (N), and comprising a context data store set up to store the internal and external context data, wherein the code generation unit has access to the context data store for generating the code as a function of the internal and external context data read out from the context data store, wherein the internal context data comprise configurable device parameters of the power supply device and the external context data comprise user-specific context data. a code generation unit set up to automatically generate the code dynamically as a function of internal and external context data of the power supply device which are currently being configured and/or controlled by a user (N), comprising an output unit set up to output the dynamically generated code for capture by a mobile terminal of the user (N), and comprising a context data store set up to store the internal and external context data, wherein the code generation unit has access to the context data store for generating the code as a function of the internal and external context data read out from the context data store, wherein the internal context data comprise configurable device parameters of the power supply device and the external context data comprise user-specific context data.