mhurhangee/ep-ind-claims huggingface dataset:
. A wound dressing (4, 104, 204, 304) comprising: at least one motion sensor for sensing a motion related parameter associated with motion of the wound dressing; and at least one further sensor for sensing a healing related parameter associated with wound healing at a region of tissue of a wound or proximate a wound covered by the wound dressing; a processing element for processing an output of the motion sensor and an output of the further sensor wherein the processing element is configured to determine that the output of the motion sensor satisfies a predetermined condition corresponding to a predetermined amount of motion of the wound dressing; and wherein the wound dressing further comprises a memory element and the processing element is configured to generate data which corresponds to an output of the motion sensor and data which corresponds to an output of the further sensor and to store said data in the memory element; wherein the processing element is further configured to retain stored data corresponding to an output of the further sensor only when the output of the motion sensor satisfies the predetermined condition corresponding to a predetermined amount of motion of the wound dressing and wherein the processing element is further configured to discard the data corresponding to the output of the further sensor stored in the memory element when the output of the motion sensor fails to satisfy the predetermined condition corresponding to a predetermined motion of the wound dressing. at least one motion sensor for sensing a motion related parameter associated with motion of the wound dressing; and at least one further sensor for sensing a healing related parameter associated with wound healing at a region of tissue of a wound or proximate a wound covered by the wound dressing; a processing element for processing an output of the motion sensor and an output of the further sensor wherein the processing element is configured to determine that the output of the motion sensor satisfies a predetermined condition corresponding to a predetermined amount of motion of the wound dressing; and wherein the wound dressing further comprises a memory element and the processing element is configured to generate data which corresponds to an output of the motion sensor and data which corresponds to an output of the further sensor and to store said data in the memory element; wherein the processing element is further configured to retain stored data corresponding to an output of the further sensor only when the output of the motion sensor satisfies the predetermined condition corresponding to a predetermined amount of motion of the wound dressing and wherein the processing element is further configured to discard the data corresponding to the output of the further sensor stored in the memory element when the output of the motion sensor fails to satisfy the predetermined condition corresponding to a predetermined motion of the wound dressing.
A method of determining a position of a rotor in a motor, the method comprising: storing a plurality of previous position readings of the rotor for a previous cycle of a pulse width modulation signal applied to the motor, the previous position readings comprising a previous cycle final selected position and a previous cycle raw position reading; receiving a current raw position reading for a current cycle; determining a predicted position reading for the current cycle based on the previous cycle final selected position and a previous speed reading from the previous cycle in accordance with a first mode and determining a predicted position reading for the current cycle based on the previous cycle raw position and the previous speed reading from the previous cycle in accordance with a second mode; determining a first difference between the current raw position reading and the predicted position reading determined in accordance with the first mode; determining a second difference between the current raw position reading and the predicted position reading determined in accordance with the second mode; and selecting the current raw position reading as a final selected position of the current cycle if the first difference is equal to or less than a primary preset threshold or if the second difference is equal to or less than a secondary preset threshold. storing a plurality of previous position readings of the rotor for a previous cycle of a pulse width modulation signal applied to the motor, the previous position readings comprising a previous cycle final selected position and a previous cycle raw position reading; receiving a current raw position reading for a current cycle; determining a predicted position reading for the current cycle based on the previous cycle final selected position and a previous speed reading from the previous cycle in accordance with a first mode and determining a predicted position reading for the current cycle based on the previous cycle raw position and the previous speed reading from the previous cycle in accordance with a second mode; determining a first difference between the current raw position reading and the predicted position reading determined in accordance with the first mode; determining a second difference between the current raw position reading and the predicted position reading determined in accordance with the second mode; and selecting the current raw position reading as a final selected position of the current cycle if the first difference is equal to or less than a primary preset threshold or if the second difference is equal to or less than a secondary preset threshold.
An accessory device, wherein the accessory device is configured to communicate with an ostomy system, wherein the ostomy system comprises a monitor device and an ostomy appliance configured to be placed on a skin surface of a user, wherein the ostomy appliance comprises a base plate, the accessory device comprising: a processor; a memory; and an interface operatively connected to the processor and the memory, wherein the interface is configured to obtain monitor data from the monitor device; and wherein the processor is configured to determine a current operating state of the ostomy appliance and wherein the interface is configured to communicate the current operating state, characterized in that the processor is further configured to determine a future operating state of the ostomy appliance based on the monitor data; wherein the current operating state is indicative of current adhesive performance of the ostomy appliance, wherein the future operating state is indicative of future adhesive performance of the ostomy appliance, and wherein the interface is further configured to communicate the future operating state. a processor; a memory; and an interface operatively connected to the processor and the memory, wherein the interface is configured to obtain monitor data from the monitor device; and wherein the processor is configured to determine a current operating state of the ostomy appliance and wherein the interface is configured to communicate the current operating state, characterized in that the processor is further configured to determine a future operating state of the ostomy appliance based on the monitor data; wherein the current operating state is indicative of current adhesive performance of the ostomy appliance, wherein the future operating state is indicative of future adhesive performance of the ostomy appliance, and wherein the interface is further configured to communicate the future operating state.
A method performed by a terminal in a radio access network, the method comprising receiving, from a base station (103, 104), a first control message including information on one or more frequencies for measurement; identifying whether an in device co-existence, IDC, interference is detected on at least one first frequency among the one or more frequencies; if the IDC interference is detected on the at least one first frequency, transmitting, to the base station (103, 104), a second control message including IDC information associated with the at least one first frequency; and if the IDC information associated with the at least one first frequency changes, transmitting, to the base station (103, 104), a third control message including modified information associated with the at least one first frequency. receiving, from a base station (103, 104), a first control message including information on one or more frequencies for measurement; identifying whether an in device co-existence, IDC, interference is detected on at least one first frequency among the one or more frequencies; if the IDC interference is detected on the at least one first frequency, transmitting, to the base station (103, 104), a second control message including IDC information associated with the at least one first frequency; and if the IDC information associated with the at least one first frequency changes, transmitting, to the base station (103, 104), a third control message including modified information associated with the at least one first frequency.
A method of forming stable ammonium nitrate composite material comprising: (a) blending ammonium nitrate particles having an average particle diameter greater than 1 mm and non-oxidizing compound particles having an average particle diameter of 1,000 μm or less; and (b) reducing the average size of said ammonium nitrate particles in the presence of said non-oxidizing compound particles to produce a homogeneous blend of ammonium nitrate particles and said non-oxidizing compound particles, said blend having an average particle diameter of 1 to 1,000 μm to form a non-explosive powder, wherein the mole ratio of ammonium nitrate to the non-oxidizing compound is from 0.8:1 to 1.2:1. (a) blending ammonium nitrate particles having an average particle diameter greater than 1 mm and non-oxidizing compound particles having an average particle diameter of 1,000 μm or less; and (b) reducing the average size of said ammonium nitrate particles in the presence of said non-oxidizing compound particles to produce a homogeneous blend of ammonium nitrate particles and said non-oxidizing compound particles, said blend having an average particle diameter of 1 to 1,000 μm to form a non-explosive powder, wherein the mole ratio of ammonium nitrate to the non-oxidizing compound is from 0.8:1 to 1.2:1.
A packaging system for shipping a temperature sensitive payload, the packaging system comprising a housing comprising a bottom panel, a top panel located above and in spaced vertical alignment with the bottom panel, side panels extending vertically between the bottom panel and the top panel, and end panels extending vertically between the bottom panel and the top panel, the housing defining a product compartment for holding a payload, characterized in that the packaging system further comprises: channel members affixed to at least one of the side panels or end panels, the channel member comprising one or more corrugated structures, folded and glued together, each channel member having an open top end and an open bottom end the one or more corrugated structures defining a series of adjacent, laterally spaced outer channels having a rectangular cross section and designed to carry warmed air upward and a series of adjacent, laterally spaced inner channels having a rectangular cross section and designed to carry cooled air downward.
A driveshaft assembly for a compressor, the driveshaft assembly comprising: a driveshaft; a thrust disk coupled to the driveshaft and including an outer disk and hub, wherein the hub includes a hub outer surface, and wherein the thrust disk defines a thrust disk bore having a bore inner surface in contact with the driveshaft; and an impeller coupled to the thrust disk, the impeller including an impeller bore having an inner surface; wherein the hub of the thrust disk is disposed within the impeller bore, and wherein the hub outer surface is in contact with the inner surface of the impeller bore, and wherein a first contact force between the hub outer surface and the inner surface of the impeller bore increases with increased rotational speed of the driveshaft and wherein the bore inner surface of the thrust disk bore flexes radially inward toward the driveshaft with increased rotational speed of the driveshaft creating a second contact force between the bore inner surface of the thrust disk bore and the driveshaft. a driveshaft; a thrust disk coupled to the driveshaft and including an outer disk and hub, wherein the hub includes a hub outer surface, and wherein the thrust disk defines a thrust disk bore having a bore inner surface in contact with the driveshaft; and an impeller coupled to the thrust disk, the impeller including an impeller bore having an inner surface; wherein the hub of the thrust disk is disposed within the impeller bore, and wherein the hub outer surface is in contact with the inner surface of the impeller bore, and wherein a first contact force between the hub outer surface and the inner surface of the impeller bore increases with increased rotational speed of the driveshaft and wherein the bore inner surface of the thrust disk bore flexes radially inward toward the driveshaft with increased rotational speed of the driveshaft creating a second contact force between the bore inner surface of the thrust disk bore and the driveshaft.
A scroll compressor, comprising: a fixed scroll having a fixed wrap and a plurality of first key recesses; an orbiting scroll having an orbiting wrap engaged with the fixed wrap of the fixed scroll to define compression chambers and a plurality of second key recesses, the orbiting scroll performing an orbiting motion with respect to the fixed scroll; a drive having a rotation shaft coupled to the orbiting scroll such that one end portion thereof extends into the orbiting wrap; and an Oldham ring respectively engaged with the fixed scroll and the orbiting scroll, wherein the Oldham ring includes a plurality of first keys and second keys formed in one surface thereof configured to be coupled to the plurality of first key recesses and the plurality of second key recesses, respectively; characterized in that the plurality of first keys are inserted in vertically extending portions of the plurality of first key recesses, and the plurality of second keys are inserted in the plurality of second key recesses so as to exhibit a maximum contact area where the first and second keys (154, 156) contact the first and second key recesses (137, 147), at least at the moment of starting discharging. a fixed scroll having a fixed wrap and a plurality of first key recesses; an orbiting scroll having an orbiting wrap engaged with the fixed wrap of the fixed scroll to define compression chambers and a plurality of second key recesses, the orbiting scroll performing an orbiting motion with respect to the fixed scroll; a drive having a rotation shaft coupled to the orbiting scroll such that one end portion thereof extends into the orbiting wrap; and an Oldham ring respectively engaged with the fixed scroll and the orbiting scroll, wherein the Oldham ring includes a plurality of first keys and second keys formed in one surface thereof configured to be coupled to the plurality of first key recesses and the plurality of second key recesses, respectively; characterized in that the plurality of first keys are inserted in vertically extending portions of the plurality of first key recesses, and the plurality of second keys are inserted in the plurality of second key recesses so as to exhibit a maximum contact area where the first and second keys (154, 156) contact the first and second key recesses (137, 147), at least at the moment of starting discharging.
A power over Ethernet system, comprising: a powered device detection component that is adapted to detect a presence of a powered device, said powered device coupled to a power source equipment port via an Ethernet cable; a cable detection component that is adapted to measure an electrical characteristic of said Ethernet cable; and a power controller that is adapted to: control power allocation to said power source equipment port based on an existence of connectors in the middle of said Ethernet cable, said existence being indicated by said measured electrical characteristics; calculate a load voltage V L delivered to said powered device via said Ethernet cable based on said measured electrical characteristics; and determine whether said load voltage V L is above a minimum threshold to validate an installation of said powered device coupled to the power source equipment port via said Ethernet cable when a cable type information of the Ethernet cable, a cable length information of said Ethernet cable, and the existence of connectors in the middle of said Ethernet cable has been determined based on said measured electrical characteristics. a powered device detection component that is adapted to detect a presence of a powered device, said powered device coupled to a power source equipment port via an Ethernet cable; a cable detection component that is adapted to measure an electrical characteristic of said Ethernet cable; and a power controller that is adapted to: control power allocation to said power source equipment port based on an existence of connectors in the middle of said Ethernet cable, said existence being indicated by said measured electrical characteristics; calculate a load voltage V L delivered to said powered device via said Ethernet cable based on said measured electrical characteristics; and determine whether said load voltage V L is above a minimum threshold to validate an installation of said powered device coupled to the power source equipment port via said Ethernet cable when a cable type information of the Ethernet cable, a cable length information of said Ethernet cable, and the existence of connectors in the middle of said Ethernet cable has been determined based on said measured electrical characteristics. control power allocation to said power source equipment port based on an existence of connectors in the middle of said Ethernet cable, said existence being indicated by said measured electrical characteristics; calculate a load voltage V L delivered to said powered device via said Ethernet cable based on said measured electrical characteristics; and determine whether said load voltage V L is above a minimum threshold to validate an installation of said powered device coupled to the power source equipment port via said Ethernet cable when a cable type information of the Ethernet cable, a cable length information of said Ethernet cable, and the existence of connectors in the middle of said Ethernet cable has been determined based on said measured electrical characteristics.
A method for manufacturing an optoelectronic sensor, wherein a light transmitter with transmission optics and a light receiver with receiving optics are arranged relative to one another, the receiving optics comprising a receiving-side aperture, of which initially only an aperture blank is arranged and the receiving-side aperture is produced from the aperture blank only in the already assembled state at least of the light transmitter with its transmission optics and the receiving optics, characterized in that the light transmitter is activated and geometry information of its transmission beam is determined and the receiving-side aperture is produced using the geometry information, and/or in that the transmission optics has a transmission-side aperture which is initially mounted only as an aperture blank and is then produced in a step with the receiving-side aperture in the already assembled state at least of the transmission optics.
A tire comprising: a belt layer; and a band layer, wherein the belt layer includes at least one belt ply, the belt ply includes a belt cord formed of a single steel cord, the band layer includes at least one band ply, the band ply includes a band cord disposed at an angle of not greater than 5° relative to a tire circumferential direction, a gauge (s) representing a distance in a tire radial direction (a) between a surface of the belt cord of the belt ply and a surface, of the band cord of the band ply, adjacent to the surface of the belt cord in the tire radial direction (a), is 0.1 to 0.3 mm, characterized in that a value ((d1+d2)/s) obtained by dividing a sum (d1+d2) of a diameter in mm, in the tire radial direction (a), of the belt cord and a diameter in mm, in the tire radial direction (a), of the band cord by the gauge (s) in mm is 4.0 to 13.0, and in the belt ply, a product (d1×n1) of the diameter in mm, in the tire radial direction (a), of the belt cord and the number of the belt cords arranged per ply width of 5 cm is 38 to 60. a belt layer; and a band layer, wherein the belt layer includes at least one belt ply, the belt ply includes a belt cord formed of a single steel cord, the band layer includes at least one band ply, the band ply includes a band cord disposed at an angle of not greater than 5° relative to a tire circumferential direction, a gauge (s) representing a distance in a tire radial direction (a) between a surface of the belt cord of the belt ply and a surface, of the band cord of the band ply, adjacent to the surface of the belt cord in the tire radial direction (a), is 0.1 to 0.3 mm, characterized in that a value ((d1+d2)/s) obtained by dividing a sum (d1+d2) of a diameter in mm, in the tire radial direction (a), of the belt cord and a diameter in mm, in the tire radial direction (a), of the band cord by the gauge (s) in mm is 4.0 to 13.0, and in the belt ply, a product (d1×n1) of the diameter in mm, in the tire radial direction (a), of the belt cord and the number of the belt cords arranged per ply width of 5 cm is 38 to 60.
Electronically commutated electric motor with a rotor which is located in an internal space of a stator with a stator core of magnetisable material and is rotatably mounted on the stator, wherein stator windings are fitted in slots of the stator core which are to be found between pole bodies of the stator core which form poles, wherein the slots have slits oriented towards the internal space for insertion of the stator windings and which are sealed by plastic webs made of plastic material integrally extruded with the stator core, so that the stator windings are fitted in winding channels sealed against the internal space, characterised in that the slots are provided on the inside at least partly with an electrically insulating plastic lining made of plastic material integrally extruded with the stator core, and the plastic webs are integrally extruded with the plastic lining, and that at least one holder (46, 47) of plastic material is integrally extruded with at least one end face of the stator core, wherein the holder or holders (46, 47) holds or holds a bearing for the rotor or forms or form a seating for a bearing shield on which the rotor is mounted.