mhurhangee/patent-ind-claim-en huggingface dataset:
A machine for controlling the shape of a reel (B) of web product, comprising at least one pick-up zone for at least one reel (B) to be evaluated, a moving apparatus for moving said at least one reel (B) along a moving path from said pick-up zone toward an unloading zone , and an evaluation apparatus for evaluating one or more geometric parameters of the reel (B), said evaluation apparatus being configured to act in at least one evaluation zone provided at least in part along said moving path of the reel, wherein said evaluation apparatus comprises at least one distance sensor , wherein during a relative movement of the reel with respect to the distance measurement sensor , said distance measurement sensor is adapted to read the respective distance from the reel, wherein said evaluation apparatus further comprising a device for detecting the position of the reel, in the direction of relative movement, with respect to said distance sensor , so that for each distance reading carried out by a distance sensor the relative position of the reel in said direction of movement is also known, characterized in that the combination of the distance information acquired by the distance sensor from the reel and of the information relating to the position of the reel in the direction of movement allows information on the geometry of the reel to be obtained, wherein said machine comprising a regulation device for regulating the position of said at least one distance sensor in the evaluation zone of the reel, said regulation device comprising at least one regulation direction of the position of the sensor, wherein said position regulation device further comprising a further device for indicating the position of the distance sensor along said regulation direction. wherein said evaluation apparatus comprises at least one distance sensor , wherein during a relative movement of the reel with respect to the distance measurement sensor , said distance measurement sensor is adapted to read the respective distance from the reel, wherein said evaluation apparatus further comprising a device for detecting the position of the reel, in the direction of relative movement, with respect to said distance sensor , so that for each distance reading carried out by a distance sensor the relative position of the reel in said direction of movement is also known, characterized in that the combination of the distance information acquired by the distance sensor from the reel and of the information relating to the position of the reel in the direction of movement allows information on the geometry of the reel to be obtained, wherein said machine comprising a regulation device for regulating the position of said at least one distance sensor in the evaluation zone of the reel, said regulation device comprising at least one regulation direction of the position of the sensor, wherein said position regulation device further comprising a further device for indicating the position of the distance sensor along said regulation direction.
A detachable assembly, comprising: headphones , including a headband , ear cups , and a housing , the housing defining legs extending between each of the ear cups and the headband; a helmet for protecting a user, the helmet including a chinstrap , a shell , and a pair of ear cup receiving apertures extending fully through the shell; and a locking assembly configured to removably attach the headphones to the helmet in a locked position; wherein the pair of ear cup receiving apertures is configured to receive a respective one of the ear cups at least partially therethrough in the locked position; wherein in the locked position, the headphones are locked horizontally such that a longitudinal axis of the headphones lies at a locking angle that is ± 20° from a second axis , the second axis extending from the user's eye and ear, when the helmet is on the user, the longitudinal axis extending between each ear cup to a central apex of the headband; wherein the locking assembly is a rotational locking assembly having one or more rotational latch members and one or more fixed catch members ; wherein the one or more rotational latch members are disposed within the helmet and the one or more fixed catch members are located on the ear cups . headphones , including a headband , ear cups , and a housing , the housing defining legs extending between each of the ear cups and the headband; a helmet for protecting a user, the helmet including a chinstrap , a shell , and a pair of ear cup receiving apertures extending fully through the shell; and a locking assembly configured to removably attach the headphones to the helmet in a locked position; wherein the pair of ear cup receiving apertures is configured to receive a respective one of the ear cups at least partially therethrough in the locked position; wherein in the locked position, the headphones are locked horizontally such that a longitudinal axis of the headphones lies at a locking angle that is ± 20° from a second axis , the second axis extending from the user's eye and ear, when the helmet is on the user, the longitudinal axis extending between each ear cup to a central apex of the headband; wherein the locking assembly is a rotational locking assembly having one or more rotational latch members and one or more fixed catch members ; wherein the one or more rotational latch members are disposed within the helmet and the one or more fixed catch members are located on the ear cups .
A method for controlling a water heater with a return water pump provided on a pipe between a hot water outlet of the water heater and a water return port into the water heater comprising: receiving report information transmitted by a device of a user at a predetermined frequency; determining whether the user is moving toward a location of the water heater according to the user location information comprised in the report information; if the user is moving toward the location of the water heater, further determining whether a distance between the current user location and the location of the water heater is less than a first predetermined distance; if the distance between the current user location and the location of the water heater is less than the first predetermined distance, determining that the user is coming back; and if the user is coming back, turning on a return water pump to permit water outputted from a water outlet of the water heater to return to the water heater through a water return port so that the user can take a hot bath immediately after arriving home. receiving report information transmitted by a device of a user at a predetermined frequency; determining whether the user is moving toward a location of the water heater according to the user location information comprised in the report information; if the user is moving toward the location of the water heater, further determining whether a distance between the current user location and the location of the water heater is less than a first predetermined distance; if the distance between the current user location and the location of the water heater is less than the first predetermined distance, determining that the user is coming back; and if the user is coming back, turning on a return water pump to permit water outputted from a water outlet of the water heater to return to the water heater through a water return port so that the user can take a hot bath immediately after arriving home.
A base unit for use as part of a breathing circuit which delivers heated, humidified gases to a patient for medical purposes, said base unit including: a heater plate adapted to allow a humidifier chamber to, in use, be located on said heater plate so that said heater plate heats a quantity of water in said humidifier chamber and gases flowing through said humidifier chamber become heated and humidified; and a control system configured to adjust one or more output parameters of said breathing circuit, characterized in that : said control system includes an RFID interrogator configured to interrogate and receive data from at least one RFID tag in real time, said RFID tag data relating to: at least one sensed parameter of gases flowing through the breathing circuit, and an identity of at least one component in said breathing circuit comprising a said RFID tag , wherein one or more output parameters of said breathing circuit are adjustable by said control system according to said received RFID tag data. a heater plate adapted to allow a humidifier chamber to, in use, be located on said heater plate so that said heater plate heats a quantity of water in said humidifier chamber and gases flowing through said humidifier chamber become heated and humidified; and a control system configured to adjust one or more output parameters of said breathing circuit, characterized in that : said control system includes an RFID interrogator configured to interrogate and receive data from at least one RFID tag in real time, said RFID tag data relating to: at least one sensed parameter of gases flowing through the breathing circuit, and an identity of at least one component in said breathing circuit comprising a said RFID tag , wherein one or more output parameters of said breathing circuit are adjustable by said control system according to said received RFID tag data. said control system includes an RFID interrogator configured to interrogate and receive data from at least one RFID tag in real time, said RFID tag data relating to: at least one sensed parameter of gases flowing through the breathing circuit, and an identity of at least one component in said breathing circuit comprising a said RFID tag , at least one sensed parameter of gases flowing through the breathing circuit, and an identity of at least one component in said breathing circuit comprising a said RFID tag , wherein one or more output parameters of said breathing circuit are adjustable by said control system according to said received RFID tag data.
Sheet material processing unit (20 to 28), comprising an input end (20i to 28i) where sheets to be processed enter the sheet material processing unit (20 to 28), and an output end (20o to 28o) where at least parts of the sheets leave the sheet material processing unit (20 to 28), a transport system for transporting the sheets or parts thereof from the input end (20i to 28i) to the output end (20o to 28o), and a gripper unit being releasably coupled to the transport system and being configured for holding at least a part of one of the sheets , wherein the input end (20i to 28i) and/or the output end (20o to 28o) are/is equipped with a handover mechanism being configured for decoupling the gripper unit from the transport system and providing the gripper unit to a neighboring sheet material processing unit (20 to 28) and/or receiving a gripper unit from a neighboring sheet material processing unit (20 to 28) and coupling the received gripper unit to the corresponding transport system characterized in that the transport system comprises a recirculation section configured for transporting gripper units without sheets in a direction from the output end (20o to 28o) to the input end (20i to 28i), wherein the recirculation section is associated with a handover mechanism arranged on the input end (20i to 28i) and being configured for decoupling the gripper unit from the transport system and providing the gripper unit to a neighboring sheet material processing unit (20 to 28). an input end (20i to 28i) where sheets to be processed enter the sheet material processing unit (20 to 28), and an output end (20o to 28o) where at least parts of the sheets leave the sheet material processing unit (20 to 28), a transport system for transporting the sheets or parts thereof from the input end (20i to 28i) to the output end (20o to 28o), and a gripper unit being releasably coupled to the transport system and being configured for holding at least a part of one of the sheets , wherein the input end (20i to 28i) and/or the output end (20o to 28o) are/is equipped with a handover mechanism being configured for decoupling the gripper unit from the transport system and providing the gripper unit to a neighboring sheet material processing unit (20 to 28) and/or receiving a gripper unit from a neighboring sheet material processing unit (20 to 28) and coupling the received gripper unit to the corresponding transport system characterized in that the transport system comprises a recirculation section configured for transporting gripper units without sheets in a direction from the output end (20o to 28o) to the input end (20i to 28i), wherein the recirculation section is associated with a handover mechanism arranged on the input end (20i to 28i) and being configured for decoupling the gripper unit from the transport system and providing the gripper unit to a neighboring sheet material processing unit (20 to 28).
A process for separating reinforcement material from polymer matrix composite comprising the reinforcement material within a thermoset polymer matrix, the process comprising bringing into contact (i) the polymer matrix composite, and (ii) a reclaim composition comprising a phenolic compound and an acidic catalyst selected from methane sulfonic acid, toluene sulfonic acid and a combination thereof, wherein the reclaim composition is (iii) heated to a temperature of from about 30°C to about 200°C, and (iv) subj ected to a pressure ranging from about 1 bar to about 20 bar, and wherein through contact with the reclaim composition the thermoset polymer matrix (a) degrades via chain scission and becomes solubilised within the reclaim composition, and (b) consequently releases the reinforcement material into the reclaim composition.
A windshield wiper system (WWS) blade assembly , comprising: a composite frame ; and a blade that has a length (L1) which is normally, i.e. in an unstretched state, shorter than a corresponding length (L2) of the composite frame , the blade comprising first and second ends attachable to corresponding first and second ends of the composite frame , respectively; characterised in that : the windshield wiper system blade assembly further comprises: a holder element , wherein the composite frame is received within the holder element ; and a body extending between the first and second ends of the blade and formed to define a cutout for receiving a corresponding portion of the holder element . a composite frame ; and a blade that has a length (L1) which is normally, i.e. in an unstretched state, shorter than a corresponding length (L2) of the composite frame , the blade comprising first and second ends attachable to corresponding first and second ends of the composite frame , respectively; characterised in that : the windshield wiper system blade assembly further comprises: a holder element , wherein the composite frame is received within the holder element ; and a body extending between the first and second ends of the blade and formed to define a cutout for receiving a corresponding portion of the holder element . a holder element , wherein the composite frame is received within the holder element ; and a body extending between the first and second ends of the blade and formed to define a cutout for receiving a corresponding portion of the holder element .
An adaptable working channel apparatus for adaptive mounting to an endoscope with at least one external working channel connected at its proximal end portion to a first mounting coupling , a handle-mounting sleeve formed separately from the working channel and provided to encompass an endoscope shaft or an endoscope handle like a sleeve and which has on its radially outer circumferential side at least a second mounting coupling which is configured to come into releasable mounting engagement with the first mounting coupling , wherein the first mounting coupling has two clamping branches spring-loaded into a clamping engagement, hinged together in a clothespin-like manner, to form a respective clamping branch portion and a manual actuation branch portion , and the second mounting coupling has a mounting rail extending in a longitudinal direction of the handle-mounting sleeve and has or forms at least one undercut which is dimensioned such that it can be form-fittingly embraced by the clamping branches of the first mounting coupling . at least one external working channel connected at its proximal end portion to a first mounting coupling , a handle-mounting sleeve formed separately from the working channel and provided to encompass an endoscope shaft or an endoscope handle like a sleeve and which has on its radially outer circumferential side at least a second mounting coupling which is configured to come into releasable mounting engagement with the first mounting coupling , wherein the first mounting coupling has two clamping branches spring-loaded into a clamping engagement, hinged together in a clothespin-like manner, to form a respective clamping branch portion and a manual actuation branch portion , and the second mounting coupling has a mounting rail extending in a longitudinal direction of the handle-mounting sleeve and has or forms at least one undercut which is dimensioned such that it can be form-fittingly embraced by the clamping branches of the first mounting coupling .
Garment, comprising a knitted base body which comprises a moisture transport zone , wherein the moisture transport zone is knitted from at least one base yarn and at least one moisture transport yarn and wherein the moisture transport zone extends along a longitudinal direction of the moisture transport zone running in parallel to a wale direction of the base body from a first end to a second end , wherein the moisture transport zone comprises at least one moisture absorption region in which the mass of the moisture transport yarn contained per course increases along the longitudinal direction of the moisture transport zone , wherein in the moisture absorption region the mass of the moisture transport yarn contained per course increases constantly at least in sections, and wherein the moisture transport zone comprises at least one moisture release region , which adjoins at least one moisture absorption region of the moisture transport zone in the longitudinal direction of the moisture transport zone , characterized in that the share of the extent of the moisture release region into which the moisture transport yarn is knitted in the course direction of the base body in the entire extent of the base body in the course direction is substantially 100%. wherein the moisture transport zone is knitted from at least one base yarn and at least one moisture transport yarn and wherein the moisture transport zone extends along a longitudinal direction of the moisture transport zone running in parallel to a wale direction of the base body from a first end to a second end , wherein the moisture transport zone comprises at least one moisture absorption region in which the mass of the moisture transport yarn contained per course increases along the longitudinal direction of the moisture transport zone , wherein in the moisture absorption region the mass of the moisture transport yarn contained per course increases constantly at least in sections, and wherein the moisture transport zone comprises at least one moisture release region , which adjoins at least one moisture absorption region of the moisture transport zone in the longitudinal direction of the moisture transport zone , characterized in that the share of the extent of the moisture release region into which the moisture transport yarn is knitted in the course direction of the base body in the entire extent of the base body in the course direction is substantially 100%.
A method of managing updates by an electronic apparatus , comprising: receiving data items corresponding to available content for different applications; determining , using a processor of the electronic apparatus , priorities associated with the data items; creating updates for the data items using the priorities; displaying , using a display of the electronic apparatus , the updates in different ones of a plurality of views, wherein each view of the plurality of views is configured to display updates of a same priority and at least one of the plurality of views includes a tile which summarizes updates; receiving a user input for a selection of the tile ; and in response to the selection of the tile , displaying a list of the summarized updates. receiving data items corresponding to available content for different applications; determining , using a processor of the electronic apparatus , priorities associated with the data items; creating updates for the data items using the priorities; displaying , using a display of the electronic apparatus , the updates in different ones of a plurality of views, wherein each view of the plurality of views is configured to display updates of a same priority and at least one of the plurality of views includes a tile which summarizes updates; receiving a user input for a selection of the tile ; and
Process for obtaining a light-scattering assembly in particular for a motor vehicle, the light-scattering assembly comprising a part including first and second sections (P1, P2), the process comprising: - forming, by injection molding, the first section (P1) of the light-scattering assembly, the first section forming a transparent scattering screen having microstructures obtained by injection molding and configured to scatter light passing through said first section; and - forming, by injection molding, the second section (P2), the second section being devoid of microstructures obtained by injection molding and configured to scatter light, the second section comprising an external region (P2E) extending around at least some of the perimeter of the first section, the external region extending beyond a peripheral portion (P1B) of the first section (P1) and away from the first section (P1), the first and second sections (P1, P2) being formed in contact with each other and being united with each other. - forming, by injection molding, the first section (P1) of the light-scattering assembly, the first section forming a transparent scattering screen having microstructures obtained by injection molding and configured to scatter light passing through said first section; and - forming, by injection molding, the second section (P2), the second section being devoid of microstructures obtained by injection molding and configured to scatter light, the second section comprising an external region (P2E) extending around at least some of the perimeter of the first section, the external region extending beyond a peripheral portion (P1B) of the first section (P1) and away from the first section (P1),