mhurhangee/patent-ind-claim-en huggingface dataset:
A guide device for a panel such as a window pane, said guide device being mountable in a supporting structure, such as a vehicle door, said device comprising upper guide rails , which are provided with a seal , and lower guide rails such that the panel is slidable by two opposite edges in the seal of the upper guide rails and in the lower guide rails , between the upper guide rails and the lower guide rails : - a first position in which the panel is engaged in the seal of the upper guide rails ; anda second position in which the panel is engaged in the seal of the lower guide rails . - a second position in which the panel is extended from the seal of the upper guide rails and engaged in the lower guide rails , the seal having, in an end region for engagement of the panel in the seal when the panel moves out of its second position, the shape of an engagement cone , the width of which decreases in the direction of displacement of the panel towards its first position, and the seal comprises two wings , 22) comprising on their inner faces lips (24 - 26) between which the panel is able to engage and whose spacing is maximum at the entry of the engagement cone and decreases in the direction of sliding of the panel towards its first position, characterised in that , to ensure the progressive reduction of the engagement cone , the free ends of the lips (24 - 26) are permanently in contact with the wings of the seal at the entrance to the engagement cone and progressively move away from the wings in the direction of the engagement of the panel in the cone . - a first position in which the panel is engaged in the seal of the upper guide rails ; anda second position in which the panel is engaged in the seal of the lower guide rails . - a second position in which the panel is extended from the seal of the upper guide rails and engaged in the lower guide rails , the seal having, in an end region for engagement of the panel in the seal when the panel moves out of its second position, the shape of an engagement cone , the width of which decreases in the direction of displacement of the panel towards its first position, and the seal comprises two wings , 22) comprising on their inner faces lips (24 - 26) between which the panel is able to engage and whose spacing is maximum at the entry of the engagement cone and decreases in the direction of sliding of the panel towards its first position, characterised in that , to ensure the progressive reduction of the engagement cone , the free ends of the lips (24 - 26) are permanently in contact with the wings of the seal at the entrance to the engagement cone and progressively move away from the wings in the direction of the engagement of the panel in the cone .
A system for generating a silent zone at a listening position , the system comprising: a loudspeaker disposed adjacent to the listening position and configured to radiate sound that corresponds to a sound signal; an error microphone disposed adjacent to the listening position and configured to pick up noise radiated by a noise source via a primary path to the listening position and the sound radiated by the loudspeaker via a secondary path to the listening position , and configured to generate a corresponding error signal; a microphone array comprising a multiplicity of array microphones disposed above the listening position and configured to pick up noise radiated by a noise source via a primary path to the listening position and the sound radiated by the loudspeaker via a secondary path, and configured to generate corresponding array signals; and a noise controller configured to receive a noise signal representative of noise generated by the noise source and to filter the noise signal with a controllable noise reduction transfer function to generate the sound signal supplied to the loudspeaker , characterized in that the noise controller is further configured to control the noise reduction transfer function based on the noise signal and a virtual error signal, and configured to generate the virtual error signal based on the error signal and the noise signal filtered with a Green's function matrix (208; 502), the Green's function matrix (208; 502) being configured to be controlled by the array signals. a loudspeaker disposed adjacent to the listening position and configured to radiate sound that corresponds to a sound signal; an error microphone disposed adjacent to the listening position and configured to pick up noise radiated by a noise source via a primary path to the listening position and the sound radiated by the loudspeaker via a secondary path to the listening position , and configured to generate a corresponding error signal; a microphone array comprising a multiplicity of array microphones disposed above the listening position and configured to pick up noise radiated by a noise source via a primary path to the listening position and the sound radiated by the loudspeaker via a secondary path, and configured to generate corresponding array signals; and a noise controller configured to receive a noise signal representative of noise generated by the noise source and to filter the noise signal with a controllable noise reduction transfer function to generate the sound signal supplied to the loudspeaker , characterized in that the noise controller is further configured to control the noise reduction transfer function based on the noise signal and a virtual error signal, and configured to generate the virtual error signal based on the error signal and the noise signal filtered with a Green's function matrix (208; 502), the Green's function matrix (208; 502) being configured to be controlled by the array signals.
An autonomous traveling body , comprising: a main body case ; an imaging unit that is provided in the main body case and that can perform imaging at a given angle of view; a driving wheel that allows the main body case to travel; an obstacle detection unit that is provided in the main body case and that detects an obstacle by detecting a distance to the obstacle; and a control unit that has at least a traveling mode in which drive of the driving wheel is controlled to allow the main body case to travel autonomously, and an imaging mode in which the main body case is controlled to autonomously travel to a given imaging position so that the imaging unit sequentially images still images in a plurality of adjacent directions at an angle equal to or smaller than the angle of view, characterised in that the control unit is configured to set, in the imaging mode, the imaging position of the imaging unit based on detection of an obstacle by the obstacle detection unit , and to allow the imaging unit to image still images such that each still image has an overlapping part with an adjacent still image, and when a distance to an obstacle detected by the obstacle detection unit is shorter than a given distance, the control unit is configured to set a position after moving by the given distance in a direction away from the obstacle. a main body case ; an imaging unit that is provided in the main body case and that can perform imaging at a given angle of view; a driving wheel that allows the main body case to travel; an obstacle detection unit that is provided in the main body case and that detects an obstacle by detecting a distance to the obstacle; and a control unit that has at least a traveling mode in which drive of the driving wheel is controlled to allow the main body case to travel autonomously, and an imaging mode in which the main body case is controlled to autonomously travel to a given imaging position so that the imaging unit sequentially images still images in a plurality of adjacent directions at an angle equal to or smaller than the angle of view, characterised in that the control unit is configured to set, in the imaging mode, the imaging position of the imaging unit based on detection of an obstacle by the obstacle detection unit , and to allow the imaging unit to image still images such that each still image has an overlapping part with an adjacent still image, and when a distance to an obstacle detected by the obstacle detection unit is shorter than a given distance, the control unit is configured to set a position after moving by the given distance in a direction away from the obstacle.
Computer-implemented method of forming a folding carton, comprising selecting, through a client such as an app or Web browser, an item to be accommodated by the carton, based on dimensions of the item , designing a template, and manufacturing blanks for the carton according to the template, characterized in that based on given targets such as material requirements, packing effort, shipping charges, or reported integrity of the carton or item , the template is, by means of artificial intelligence, gradually optimized the blanks are manufactured from rectangular sheets of corrugated fiberboard, and the sheets are printed, folded or scored, and cut by a single machine, said machine being program-controlled based on the template, using a plotter language such as HP-GL/2 or DMPL. selecting, through a client such as an app or Web browser, an item to be accommodated by the carton, based on dimensions of the item , designing a template, and manufacturing blanks for the carton according to the template, characterized in that based on given targets such as material requirements, packing effort, shipping charges, or reported integrity of the carton or item , the template is, by means of artificial intelligence, gradually optimized the blanks are manufactured from rectangular sheets of corrugated fiberboard, and the sheets are printed, folded or scored, and cut by a single machine, said machine being program-controlled based on the template, using a plotter language such as HP-GL/2 or DMPL.
Device for tensioning a connecting element fastened to a component to be tightened, comprising an engagement element connectable to the connecting element , and an actuating unit for translating a rotational movement applied to an actuating element into a translational movement of the engagement element relative to the component , wherein the device further comprises a gear unit configured to transform an input torque (T1) applied to a transmission input element into an output torque (T2) applied to the actuating element which absolute value is higher compared to the input torque (T1), characterized in that the gear unit comprises a reaction arm coupled to the engagement element such that a translational movement of the reaction arm relative to the engagement element is enabled and a rotational movement of the reaction arm relative to the engagement element is locked. the device further comprises a gear unit configured to transform an input torque (T1) applied to a transmission input element into an output torque (T2) applied to the actuating element which absolute value is higher compared to the input torque (T1), characterized in that the gear unit comprises a reaction arm coupled to the engagement element such that a translational movement of the reaction arm relative to the engagement element is enabled and a rotational movement of the reaction arm relative to the engagement element is locked.
A refrigerator comprising: a cabinet that includes storage compartments for keeping food and an evaporating chamber for producing cold air; doors that are coupled to the cabinet to open and close the storage compartments ; and an evaporator that includes an evaporating unit for evaporation, the evaporating unit including an evaporator pipe , a frame supporting the evaporator pipe, and a plurality of heat exchanger fins through which the evaporator pipe passes; an L-cord heater that is disposed on the evaporator , a sheath heater that is disposed under the evaporator ; a temperature sensor that is mounted on the evaporator ; an evaporation pan that is disposed under the evaporator and configured to collect and discharge water or ice that drops from the evaporator ,wherein the sheath heater comprises: a lead wire ; a cold pin that has a first end connected to the end of the lead wire and provided to prevent a coating of the lead wire from melting to high-temperature heat from a heating wire ; the heating wire connected to a second end of the cold pin ; a heating pipe that has the cold pin and the heating wire therein; and a thermal contraction tube that covers the end portion of the heating pipe ; characterized in that a surface treatment portion (A, B, C, 55) for absorbing radiant heat from the sheath heater is formed on the inner side of the evaporation pan that corresponds at least to the area under the cold pin , and wherein the surface treatment portion (A, B, C, 55) includes any one of a coated portion with black paint (A, B), a heat absorbing pad , and an anodized portion (C). a cabinet that includes storage compartments for keeping food and an evaporating chamber for producing cold air; doors that are coupled to the cabinet to open and close the storage compartments ; and an evaporator that includes an evaporating unit for evaporation, the evaporating unit including an evaporator pipe , a frame supporting the evaporator pipe, and a plurality of heat exchanger fins through which the evaporator pipe passes; an L-cord heater that is disposed on the evaporator , a sheath heater that is disposed under the evaporator ; a temperature sensor that is mounted on the evaporator ; an evaporation pan that is disposed under the evaporator and configured to collect and discharge water or ice that drops from the evaporator ,wherein the sheath heater comprises: a lead wire ; a cold pin that has a first end connected to the end of the lead wire and provided to prevent a coating of the lead wire from melting to high-temperature heat from a heating wire ; the heating wire connected to a second end of the cold pin ; a heating pipe that has the cold pin and the heating wire therein; and a thermal contraction tube that covers the end portion of the heating pipe ; characterized in that a surface treatment portion (A, B, C, 55) for absorbing radiant heat from the sheath heater is formed on the inner side of the evaporation pan that corresponds at least to the area under the cold pin , and wherein the surface treatment portion (A, B, C, 55) includes any one of a coated portion with black paint (A, B), a heat absorbing pad , and an anodized portion (C).
A method performed by a base station for traffic control in a wireless communication system, the method comprising: receiving information about a terminal to be controlled, the information including an allocation and retention priority, ARP, value requested to be changed; identifying the terminal to be controlled based on the ARP value requested to be changed, wherein the ARP value requested to be changed is greater as traffic usage of the terminal to be controlled is greater; detecting a congestion situation in a cell based on a ratio of terminals having a throughput equal to or less than a predetermined threshold value in the cell; and changing a parameter relating to scheduling of the terminal to be controlled, according to the detection of the congestion situation. receiving information about a terminal to be controlled, the information including an allocation and retention priority, ARP, value requested to be changed; identifying the terminal to be controlled based on the ARP value requested to be changed, wherein the ARP value requested to be changed is greater as traffic usage of the terminal to be controlled is greater; detecting a congestion situation in a cell based on a ratio of terminals having a throughput equal to or less than a predetermined threshold value in the cell; and changing a parameter relating to scheduling of the terminal to be controlled, according to the detection of the congestion situation.
A footing for supporting a building structure, the footing comprising: a plurality of precast concrete layers , each precast concrete layer comprising reinforcement bars and a plurality of apertures , and a base structure comprising a base plate and a plurality of alignment bars protruding from a first surface of the base plate , wherein the footing is configured such that when the plurality of precast concrete layers are positioned on top of one another, the plurality of alignment bars of the base structure extend through respective apertures of each concrete layer , characterized in that the footing further comprises a piling structure that is secured to the base structure via a second surface of the base plate that is opposite to the first surface, and in that one or more of the precast concrete layers comprises one or more slab reinforcement bars that, in use, extend into a concrete slab connecting the footing with a further footing. a plurality of precast concrete layers , each precast concrete layer comprising reinforcement bars and a plurality of apertures , and a base structure comprising a base plate and a plurality of alignment bars protruding from a first surface of the base plate , wherein the footing is configured such that when the plurality of precast concrete layers are positioned on top of one another, the plurality of alignment bars of the base structure extend through respective apertures of each concrete layer , characterized in that the footing further comprises a piling structure that is secured to the base structure via a second surface of the base plate that is opposite to the first surface, and in that one or more of the precast concrete layers comprises one or more slab reinforcement bars that, in use, extend into a concrete slab connecting the footing with a further footing.
A combination comprising tasquinimod, or a pharmaceutically acceptable salt thereof, and a PD-1 and/or PD-L1 antibody, for use as a medicament.
An integrated circuit for receiving data and transmitting data in a communications system, the integrated circuit configured to carry out the steps of: selecting a set of predefined modulation and coding schemes from at least two predefined sets -- the first set and the second set, which have a plurality of modulation and coding schemes in common and differ in that the second set further includes an additional modulation with an order higher than any modulation in the first set, and the first set and the second set have the same size, wherein the additional modulation includes a 256-QAM modulation, and wherein two or more lowest values of a modulation and coding indicator refer to the same lowest-order modulation in both the first and the second set, selecting a modulation and coding scheme from the selected set of predefined modulation and coding schemes according to the modulation and coding indicator, transmitting scheduling information within downlink control information, DCI, specifying resources on which the data are to be transmitted and including the modulation and coding indicator, transmitting a selection indicator indicating the selected set, and transmitting or receiving the data on the scheduled resources using the selected modulation and coding scheme. selecting a set of predefined modulation and coding schemes from at least two predefined sets -- the first set and the second set, which have a plurality of modulation and coding schemes in common and differ in that the second set further includes an additional modulation with an order higher than any modulation in the first set, and the first set and the second set have the same size, wherein the additional modulation includes a 256-QAM modulation, and wherein two or more lowest values of a modulation and coding indicator refer to the same lowest-order modulation in both the first and the second set, selecting a modulation and coding scheme from the selected set of predefined modulation and coding schemes according to the modulation and coding indicator, transmitting scheduling information within downlink control information, DCI, specifying resources on which the data are to be transmitted and including the modulation and coding indicator, transmitting a selection indicator indicating the selected set, and transmitting or receiving the data on the scheduled resources using the selected modulation and coding scheme.
An array substrate, comprising a pixel electrode , including a portion in a display region and a portion in a non-display region; a first electrode formed on the non-display region of the pixel electrode ; a passivation layer formed on the pixel electrode and the first electrode, which includes a via hole located over the first electrode; and an active layer and a second electrode that are formed on the passivation layer , the active layer being connected to the first electrode through the via hole of the passivation layer , and the second electrode being formed on the active layer, characterized in that the first electrode is a source electrode , the second electrode is a drain electrode ; or, the first electrode is a drain electrode , and the second electrode is a source electrode .
A net comprising cords joined in a net mesh, wherein each cord comprises one or more yarns, the yarns having a tenacity of at least 0.6 N/tex, measured according to ASTM D885M, wherein the cords further comprise a polymeric resin, and wherein the net is a knotless net, characterised in that the polymeric resin is a homopolymer or copolymer of ethylene and/or propylene, wherein the polymeric resin has a density as measured according to ISO1183-2004 in the range from 860 to 970 kg/m 3 , a peak melting temperature measured according to ASTM E794-06 in the range from 40 to 140°C and a heat of fusion of at least 5 J/g and at most 200 J/g measured according to ASTM E793-85, considering the second heating curve at a heating rate of 10 K/min, on a dry sample , and in that the knotless net has a mesh size of at least 8 mm .
A piston rod arrangement comprising: - a bearing for a piston rod body for a drug delivery device , the bearing having an axis , wherein the bearing comprises a first surface and a second surface which are spaced apart in the direction of the axis and a third surface , wherein the third surface connects the first and the second surface , wherein an opening is provided in each of the first surface and the third surface , and wherein the opening in the first surface is connected to the opening in the third surface , and - a piston rod body having a longitudinal axis , wherein the piston rod body comprises a head , wherein the radial width of the head varies along the azimuthal direction around the longitudinal axis . - a bearing for a piston rod body for a drug delivery device , the bearing having an axis , wherein the bearing comprises a first surface and a second surface which are spaced apart in the direction of the axis and a third surface , wherein the third surface connects the first and the second surface , wherein an opening is provided in each of the first surface and the third surface , and wherein the opening in the first surface is connected to the opening in the third surface , and - a piston rod body having a longitudinal axis , wherein the piston rod body comprises a head , wherein the radial width of the head varies along the azimuthal direction around the longitudinal axis .
A programmable motion system including a dynamic end effector system , said dynamic end effector system including a first portion , a second portion , and an end effector , the first portion being adapted for coupling to an articulated arm of the programmable motion system, the second portion being rotationally coupled to the first portion by a dynamic coupling, and the end effector extending from the second portion, wherein the dynamic coupling permits the second portion and the end effector to spin coaxially with respect to the first portion of the dynamic end effector system under a load of an object being held by the end effector.