mhurhangee/patent-ind-claim-en huggingface dataset:
Device configured to emboss a code in a substrate , the device comprising: - a first embossing element and a second embossing element between which a passage for conveying the substrate is defined, the passage including an embossing area where the first embossing element and the second embossing element interact to emboss a code in the substrate during operation of the device , the first embossing element comprising a set of studs and the second embossing element being provided with a corresponding set of recesses , each stud of the set of studs being configured and arranged to be movable between an extended position in which embossing a code element in the substrate is enabled and a retracted position in which embossing a code element in the substrate is prevented; and - a setting unit configured to put studs of a respective subset of the set of studs to one of the extended position and the retracted position, the setting unit including: - a manipulating mechanism configured to manipulate at least one stud of the respective subset ; and - a controller configured to process information relating to a predetermined position pattern of the studs of the respective subset and to control operation of the manipulating mechanism based on said information; characterized in that the first embossing element and the manipulating mechanism are movably arranged with respect to each other so that the manipulating mechanism is capable of successively covering subsets of the set of studs . - a first embossing element and a second embossing element between which a passage for conveying the substrate is defined, the passage including an embossing area where the first embossing element and the second embossing element interact to emboss a code in the substrate during operation of the device , the first embossing element comprising a set of studs and the second embossing element being provided with a corresponding set of recesses , each stud of the set of studs being configured and arranged to be movable between an extended position in which embossing a code element in the substrate is enabled and a retracted position in which embossing a code element in the substrate is prevented; and - a setting unit configured to put studs of a respective subset of the set of studs to one of the extended position and the retracted position, the setting unit including: - a manipulating mechanism configured to manipulate at least one stud of the respective subset ; and - a controller configured to process information relating to a predetermined position pattern of the studs of the respective subset and to control operation of the manipulating mechanism based on said information; - a manipulating mechanism configured to manipulate at least one stud of the respective subset ; and - a controller configured to process information relating to a predetermined position pattern of the studs of the respective subset and to control operation of the manipulating mechanism based on said information;
A protective golf bag system, comprising: a golf bag comprising: a top opening leading to a cavity and a cavity bottom, and a collar configured to attach to the top opening, wherein the collar comprises a divider that forms a plurality of compartments for insertion of one or more golf clubs in the golf bag; and a protector comprising: a plate affixed to the cavity bottom, an extension arm , a tube configured to accept the extension arm such that the extension arm is slidably coupled to move within the tube between a retracted position and an extended position, the extension arm extending through a center of the divider wherein a bottom of the tube is releasably joined to the plate, and a removable cap attachable to an end of the extension arm, wherein the removable cap is configured so that in the retracted position the removable cap nests within or abuts substantially flush with the divider and in extended position the removable cap provides protection to the one or more golf clubs in the golf bag. a golf bag comprising: a top opening leading to a cavity and a cavity bottom, and a collar configured to attach to the top opening, wherein the collar comprises a divider that forms a plurality of compartments for insertion of one or more golf clubs in the golf bag; and a top opening leading to a cavity and a cavity bottom, and a collar configured to attach to the top opening, wherein the collar comprises a divider that forms a plurality of compartments for insertion of one or more golf clubs in the golf bag; and a protector comprising: a plate affixed to the cavity bottom, an extension arm , a tube configured to accept the extension arm such that the extension arm is slidably coupled to move within the tube between a retracted position and an extended position, the extension arm extending through a center of the divider wherein a bottom of the tube is releasably joined to the plate, and a removable cap attachable to an end of the extension arm, wherein the removable cap is configured so that in the retracted position the removable cap nests within or abuts substantially flush with the divider and in extended position the removable cap provides protection to the one or more golf clubs in the golf bag. a plate affixed to the cavity bottom, an extension arm , a tube configured to accept the extension arm such that the extension arm is slidably coupled to move within the tube between a retracted position and an extended position, the extension arm extending through a center of the divider wherein a bottom of the tube is releasably joined to the plate, and a removable cap attachable to an end of the extension arm, wherein the removable cap is configured so that in the retracted position the removable cap nests within or abuts substantially flush with the divider and in extended position the removable cap provides protection to the one or more golf clubs in the golf bag.
A system , comprising: an X-ray source configured to generate X-rays directed toward an object , wherein the X-ray source is configured to: (i) generate a first energy X-ray pulse , (ii) switch to generate a second energy X-ray pulse , and (iii) switch back to generate another first energy X-ray pulse , wherein the second energy X-ray pulse is associated with a higher voltage level than the first energy X-ray pulses ; a detector associated with multiple image pixels, characterized in that the detector includes, for each pixel: an X-ray sensitive element to receive X-rays, a first storage element (C1) and associated switch (M1) to capture information associated with the first energy X-ray pulses , and a second storage element (C2) and associated switch (M2) to capture information associated with the second energy X-ray pulse ; and a controller to synchronize the X-ray source and detector . an X-ray source configured to generate X-rays directed toward an object , wherein the X-ray source is configured to: (i) generate a first energy X-ray pulse , (ii) switch to generate a second energy X-ray pulse , and (iii) switch back to generate another first energy X-ray pulse , wherein the second energy X-ray pulse is associated with a higher voltage level than the first energy X-ray pulses ; a detector associated with multiple image pixels, characterized in that the detector includes, for each pixel: an X-ray sensitive element to receive X-rays, a first storage element (C1) and associated switch (M1) to capture information associated with the first energy X-ray pulses , and a second storage element (C2) and associated switch (M2) to capture information associated with the second energy X-ray pulse ; and an X-ray sensitive element to receive X-rays, a first storage element (C1) and associated switch (M1) to capture information associated with the first energy X-ray pulses , and a second storage element (C2) and associated switch (M2) to capture information associated with the second energy X-ray pulse ; and a controller to synchronize the X-ray source and detector .
A wound treatment apparatus , comprising: a foam dressing configured to be placed at a wound site (W); an irrigator configured to feed a medication to the wound site (W); a film dressing configured to be attached onto the skin adjacent to the wound site (W) so as to seal the wound site (W); a negative pressure generation unit configured to generate negative pressure and to supply the negative pressure to a sealed space (S), which is formed between the film dressing and the wound site (W); a negative pressure delivery unit configured to connect the negative pressure generation unit and the sealed space (S) and to deliver the negative pressure to the sealed space (S); and a controller configured to control the negative pressure generation unit and the irrigator , wherein the controller is configured to control the negative pressure generation unit and the irrigator such that the supply of the negative pressure is stopped and at the same time, the medication is injected into the wound site (W), characterized in that the wound treatment apparatus further comprises a flow sensor configured to measure a flow rate of a fluid discharged from the sealed space (S) due to the negative pressure, wherein the controller is configured to calculate the volume of the wound site (W) based on the flow rate measured by the flow sensor, and once the volume of the wound site (W) is calculated, the controller is configured to control the irrigator to inject the medication at a volume less than the volume of the wound site (W). a foam dressing configured to be placed at a wound site (W); an irrigator configured to feed a medication to the wound site (W); a film dressing configured to be attached onto the skin adjacent to the wound site (W) so as to seal the wound site (W); a negative pressure generation unit configured to generate negative pressure and to supply the negative pressure to a sealed space (S), which is formed between the film dressing and the wound site (W); a negative pressure delivery unit configured to connect the negative pressure generation unit and the sealed space (S) and to deliver the negative pressure to the sealed space (S); and a controller configured to control the negative pressure generation unit and the irrigator , wherein the controller is configured to control the negative pressure generation unit and the irrigator such that the supply of the negative pressure is stopped and at the same time, the medication is injected into the wound site (W), characterized in that the wound treatment apparatus further comprises a flow sensor configured to measure a flow rate of a fluid discharged from the sealed space (S) due to the negative pressure, wherein the controller is configured to calculate the volume of the wound site (W) based on the flow rate measured by the flow sensor, and once the volume of the wound site (W) is calculated, the controller is configured to control the irrigator to inject the medication at a volume less than the volume of the wound site (W).
A vibration actuator, comprising: a movable part that gives vibration to a vibration presenting part that receives a pressing operation; an actuator main body (A1) that generates the vibration of the movable part in accordance with the pressing operation; a base part ; and an elastic support part that supports the movable part with respect to the base part in a vibratable manner in an approaching/separating direction, and a load detecting part (K1) comprising a presentation-part side fixing part being fixed to the vibration presenting part , and a support-part side fixing part being fixed to the elastic support part , and detecting, as a load, strain due to the pressing operation, and a movement regulating part extending from the presentation-part side fixing part towards the base part , characterised in that the movement regulating part is regulating movement of the movable part by engaging with an engaged part of the base part via a buffer member when the movable part moves in a direction separating from the base part . a movable part that gives vibration to a vibration presenting part that receives a pressing operation; an actuator main body (A1) that generates the vibration of the movable part in accordance with the pressing operation; a base part ; and an elastic support part that supports the movable part with respect to the base part in a vibratable manner in an approaching/separating direction, and a load detecting part (K1) comprising a presentation-part side fixing part being fixed to the vibration presenting part , and a support-part side fixing part being fixed to the elastic support part , and detecting, as a load, strain due to the pressing operation, and a movement regulating part extending from the presentation-part side fixing part towards the base part , characterised in that the movement regulating part is regulating movement of the movable part by engaging with an engaged part of the base part via a buffer member when the movable part moves in a direction separating from the base part .
Supply system for an aircraft , having a first and a second dihydrogen tank (110a-b) and an engine , the said supply system having: - a supply module having a first outlet pipe , a second outlet pipe , a first feed pipe fitted with a first main pump and intended to be fluidically connected to the first tank , a second supply pipe fitted with a second main pump and intended to be fluidically connected to the second tank , and means designed to channel the dihydrogen in the first and second feed pipes (251a-b) alternatively towards the first outlet pipe or the second outlet pipe or both, - a first heater , - a second heater , - a distribution module having a first introduction pipe fluidically connected to the first outlet pipe via the first heater , a second introduction pipe fluidically connected to the second outlet pipe via the second heater , a first distribution pipe and a second distribution pipe that are intended to be fluidically connected to the engine , and means for channelling the dihydrogen in the first and second introduction pipes (255a-b) alternatively towards the first distribution pipe or the second distribution pipe or both, - detection means intended to detect an incident in the supply module and/or the distribution module and/or the first and second heaters , and to provide information representative of the said incident that was detected, and - a control unit designed to command the means of the supply module and/or the means of the distribution module depending on the information provided by the detection means. - a supply module having a first outlet pipe , a second outlet pipe , a first feed pipe fitted with a first main pump and intended to be fluidically connected to the first tank , a second supply pipe fitted with a second main pump and intended to be fluidically connected to the second tank , and means designed to channel the dihydrogen in the first and second feed pipes (251a-b) alternatively towards the first outlet pipe or the second outlet pipe or both, - a first heater , - a second heater , - a distribution module having a first introduction pipe fluidically connected to the first outlet pipe via the first heater , a second introduction pipe fluidically connected to the second outlet pipe via the second heater , a first distribution pipe and a second distribution pipe that are intended to be fluidically connected to the engine , and means for channelling the dihydrogen in the first and second introduction pipes (255a-b) alternatively towards the first distribution pipe or the second distribution pipe or both, - detection means intended to detect an incident in the supply module and/or the distribution module and/or the first and second heaters , and to provide information representative of the said incident that was detected, and - a control unit designed to command the means of the supply module and/or the means of the distribution module depending on the information provided by the detection means.
A cleaner holder comprising: a charging stand body having a charging port configured to charge a battery of a cleaner ; a support connected to the charging stand body ; and a base supported on a floor and connected to the support , characterized in that the base comprises: an inner base surrounding at least a portion of the support ; an upper cover coupled to the inner base on an upper side of the inner base and configured to support an outer peripheral surface of the support ; and a lower cover coupled to the inner base on a lower side of the inner base and configured to support an inner peripheral surface of the support . a charging stand body having a charging port configured to charge a battery of a cleaner ; a support connected to the charging stand body ; and a base supported on a floor and connected to the support , characterized in that the base comprises: an inner base surrounding at least a portion of the support ; an upper cover coupled to the inner base on an upper side of the inner base and configured to support an outer peripheral surface of the support ; and a lower cover coupled to the inner base on a lower side of the inner base and configured to support an inner peripheral surface of the support . an inner base surrounding at least a portion of the support ; an upper cover coupled to the inner base on an upper side of the inner base and configured to support an outer peripheral surface of the support ; and a lower cover coupled to the inner base on a lower side of the inner base and configured to support an inner peripheral surface of the support .
A binding reagent capable of specifically binding to the chemokine receptor, CCR7, for use in the treatment of cancer, wherein the binding reagent is immobilized on a solid support contained within an apheresis column, to which is applied peripheral blood from a patient thus removing CCR7 expressing cells from the peripheral blood of the patient, wherein the binding reagent is a chemokine is selected from CCL19 or CCL21.
A computer-implemented method for providing an aggregated notification for a travel segment for a user of a vehicle , the method comprising: determining a plurality of notifications associated with two or more curved sections (DC1-3) of the travel segment ; causing an aggregation of the plurality of notifications into the aggregated notification based on a travel time threshold between the two or more curved sections (DC1-3); and causing a presentation of the aggregated notification for the user, in place of separately presenting the plurality of notifications, before the vehicle encounters the two or more curved sections (DC1-3). determining a plurality of notifications associated with two or more curved sections (DC1-3) of the travel segment ; causing an aggregation of the plurality of notifications into the aggregated notification based on a travel time threshold between the two or more curved sections (DC1-3); and causing a presentation of the aggregated notification for the user, in place of separately presenting the plurality of notifications, before the vehicle encounters the two or more curved sections (DC1-3).
Method for determining object boundaries of an object in an external area of a motor vehicle , wherein the object is connected to the vehicle in a relatively movable fashion, and in each case an image , which shows the object against a background of the external area , is generated by a control device of the motor vehicle by means of a camera at at least two different measuring times while the motor vehicle is travelling, and - in a first of the images at least one scanning line is defined, in each of the other images a corresponding scanning line is defined for each scanning line and - for each scanning line of the first image a profile which occurs along the scanning line is determined for a predetermined image property , and a resulting corresponding profile is determined along the respectively corresponding scanning line of each other image , and - for the profile of each scanning line of the first image a respective shift distance is determined, by which distance the corresponding profile of each other image has to be shifted with respect to the profile in order to obtain maximum correspondence, characterized in that - the profile of each scanning line of the first image has superimposed on it the corresponding profile, shifted by the respective shifting distance , of each other image , with the result that a superimposition profile is produced for each scanning line , wherein the superimposition profile is formed by adding or multiplying the profiles , and - in the superimposition profile of each scanning line , a reference pattern is determined on the basis of a predetermined delimitation criterion , and respective boundaries of the reference pattern are signalled as the respective object boundaries . - in a first of the images at least one scanning line is defined, in each of the other images a corresponding scanning line is defined for each scanning line and - for each scanning line of the first image a profile which occurs along the scanning line is determined for a predetermined image property , and a resulting corresponding profile is determined along the respectively corresponding scanning line of each other image , and - for the profile of each scanning line of the first image a respective shift distance is determined, by which distance the corresponding profile of each other image has to be shifted with respect to the profile in order to obtain maximum correspondence, characterized in that - the profile of each scanning line of the first image has superimposed on it the corresponding profile, shifted by the respective shifting distance , of each other image , with the result that a superimposition profile is produced for each scanning line , wherein the superimposition profile is formed by adding or multiplying the profiles , and - in the superimposition profile of each scanning line , a reference pattern is determined on the basis of a predetermined delimitation criterion , and respective boundaries of the reference pattern are signalled as the respective object boundaries .