mhurhangee/patent-ind-claim-en huggingface dataset:
A biaxially oriented polypropylene film containing branched polypropylene, characterized in that the puncture strength of the film is 70 g/μm or more, the thermal shrinkage ratio in the film width direction in a heating treatment at 120°C for 15 minutes is 1.0% or less, the loss tangent at 23°C in the film width direction, tanδ23 being the ratio of a storage elastic modulus E' and a loss elastic modulus E" in solid viscoelasticity measurement, is 0.08 or less, the puncture strength, thermal shrinkage ratio and the loss tangent are measured as described in the specification.
A method of conference recording, comprising the steps of: connecting a processor of an autonomous conference monitoring system to a conferencing system over a communications network ; identifying, by the processor , a plurality of virtual conferences being operated by the conferencing system , the virtual conferences having human participants ; executing a plurality of virtual participant processes in the processor ; registering the virtual participant processes with the conferencing system as co-participants in the virtual conferences by emulating, by the virtual participant processes , a set of mouse clicks and key strokes that mimic human interactions with a graphical user interface of the conferencing system ; and recording information streams of the human participants of the virtual conferences using the virtual participant processes , wherein the virtual participant processes are operative to execute commands from one of the human participants of a specific conference, received through a chat channel of the specific conference. connecting a processor of an autonomous conference monitoring system to a conferencing system over a communications network ; identifying, by the processor , a plurality of virtual conferences being operated by the conferencing system , the virtual conferences having human participants ; executing a plurality of virtual participant processes in the processor ; registering the virtual participant processes with the conferencing system as co-participants in the virtual conferences by emulating, by the virtual participant processes , a set of mouse clicks and key strokes that mimic human interactions with a graphical user interface of the conferencing system ; and recording information streams of the human participants of the virtual conferences using the virtual participant processes , wherein the virtual participant processes are operative to execute commands from one of the human participants of a specific conference, received through a chat channel of the specific conference.
A method of selecting data for transmission in a wireless communications network by a communications device , the method comprising: receiving by the communications device an allocation message , the allocation message comprising an indication of first communications resources for transmitting of data from a first group of one or more of a plurality of logical channels and the allocation message is received in response to a second scheduling request message requesting the first communications resources for transmitting the data from the first group of the one or more logical channels which was transmitted after a first scheduling request message requesting second communications resources for transmitting data from a second group of the one or more of the plurality of logical channels, in response to receiving the allocation message, selecting a logical channel prioritisation, LCP, scheme for allocating a capacity provided by the first communications resources for transmitting the data from the first group of one or more of the logical channels or from the second group of the one or more of the logical channels using the first communications resources, the LCP scheme being selected from a plurality of LCP schemes, each of the plurality of LCP schemes determining a different allocation of an available capacity provided by the first communications resources for transmitting data from the plurality of logical channels, and selecting data from the plurality of logical channels to be transmitted using the first communications resources in accordance with the selected LCP scheme. receiving by the communications device an allocation message , the allocation message comprising an indication of first communications resources for transmitting of data from a first group of one or more of a plurality of logical channels and the allocation message is received in response to a second scheduling request message requesting the first communications resources for transmitting the data from the first group of the one or more logical channels which was transmitted after a first scheduling request message requesting second communications resources for transmitting data from a second group of the one or more of the plurality of logical channels, in response to receiving the allocation message, selecting a logical channel prioritisation, LCP, scheme for allocating a capacity provided by the first communications resources for transmitting the data from the first group of one or more of the logical channels or from the second group of the one or more of the logical channels using the first communications resources, the LCP scheme being selected from a plurality of LCP schemes, each of the plurality of LCP schemes determining a different allocation of an available capacity provided by the first communications resources for transmitting data from the plurality of logical channels, and selecting data from the plurality of logical channels to be transmitted using the first communications resources in accordance with the selected LCP scheme.
A luminaire comprising: an elongate support member extending in an elongation direction between opposing end portions, and carrying at least one light source ; a pair of spacer elements extending from said opposing end portions; and a reflector canopy extending over the support member and being at least partially supported by the pair of spacer elements, characterised in that the reflector canopy comprises a pair of support ribs extending normally to said elongation direction, each of said ribs engaging with one of said spacer elements , wherein: the reflector canopy is foldable in a direction normal to said elongation direction, and each of the support ribs comprise a plurality of flexibly coupled members for facilitating folding of the reflector canopy in said normal direction; and/or the reflector canopy is foldable in the elongation direction together with the support member, and the elongate support member further comprises a plurality of flexibly coupled segments to facilitate folding in said elongation direction; and wherein, said at least one light source faces the reflector canopy when the luminaire is in an unfolded status. an elongate support member extending in an elongation direction between opposing end portions, and carrying at least one light source ; a pair of spacer elements extending from said opposing end portions; and a reflector canopy extending over the support member and being at least partially supported by the pair of spacer elements, characterised in that the reflector canopy comprises a pair of support ribs extending normally to said elongation direction, each of said ribs engaging with one of said spacer elements , wherein: the reflector canopy is foldable in a direction normal to said elongation direction, and each of the support ribs comprise a plurality of flexibly coupled members for facilitating folding of the reflector canopy in said normal direction; and/or the reflector canopy is foldable in the elongation direction together with the support member, and the elongate support member further comprises a plurality of flexibly coupled segments to facilitate folding in said elongation direction; and wherein, said at least one light source faces the reflector canopy when the luminaire is in an unfolded status. the reflector canopy is foldable in a direction normal to said elongation direction, and each of the support ribs comprise a plurality of flexibly coupled members for facilitating folding of the reflector canopy in said normal direction; and/or the reflector canopy is foldable in the elongation direction together with the support member, and the elongate support member further comprises a plurality of flexibly coupled segments to facilitate folding in said elongation direction; and wherein, said at least one light source faces the reflector canopy when the luminaire is in an unfolded status.
A brewing module for an extraction apparatus or an apparatus for creating drinks or other solutions from a soluble product, for example a coffee machine, for the portioned preparation of a drink or another extraction product from an extraction material packaged in a portion package , comprising a housing, a first brewing module part which by way of a mechanism is movable relative to the housing, and a second brewing module part, wherein the first and the second brewing module part form an injector for introducing an extraction fluid into the portion package and a discharge device for leading an extraction product out of the portion package, characterised in that the mechanism comprises a cam disc which is rotatably mounted on the housing and is with a spirally running guide surface, and the first brewing module part is displaceable by the guide surface along a displacement path fixed with the housing, by way of the cam disc being rotated.
A mechanical seal arrangement comprising - a internally pressurised mechanical seal having a rotating sliding ring and a stationary sliding ring , which define a sealing gap therebetween, - wherein at the sealing gap a first inner diameter (D1) of the rotating sliding ring is equal to a second inner diameter (D2) of the stationary sliding ring , - a biasing device , which biases one of the sliding rings in axial direction (X-X) against the other of the sliding rings, and - a secondary seal , which moves in axial direction together with the axially biased sliding ring, wherein the secondary seal is arranged at the axially biased sliding ring, wherein the biasing device is arranged at the mechanical seal , so that no contact with the medium to be sealed exists, - the mechanical seal arrangement comprises a first bandage at the rotating sliding ring and/or a second bandage at the stationary sliding ring , characterised in that the axially biased sliding ring comprises a main portion and a secondary portion with a smaller outer diameter (D6) than the outer diameter (D5) of the main portion, and the secondary seal is arranged at the secondary portion . - a internally pressurised mechanical seal having a rotating sliding ring and a stationary sliding ring , which define a sealing gap therebetween, - wherein at the sealing gap a first inner diameter (D1) of the rotating sliding ring is equal to a second inner diameter (D2) of the stationary sliding ring , - a biasing device , which biases one of the sliding rings in axial direction (X-X) against the other of the sliding rings, and - a secondary seal , which moves in axial direction together with the axially biased sliding ring, wherein the secondary seal is arranged at the axially biased sliding ring, wherein the biasing device is arranged at the mechanical seal , so that no contact with the medium to be sealed exists, - the mechanical seal arrangement comprises a first bandage at the rotating sliding ring and/or a second bandage at the stationary sliding ring , characterised in that the axially biased sliding ring comprises a main portion and a secondary portion with a smaller outer diameter (D6) than the outer diameter (D5) of the main portion, and the secondary seal is arranged at the secondary portion .
An electrostatic atomizing system , comprising: an air flow path having an air intake port and an air exhaust port ; a humidifying device operable to humidify air taken in through the air intake port ; an electrostatic atomizing apparatus including an electrode section operable to produce charged particulate water by causing water in the air humidified by the humidifying device to condense on an electrode and applying voltage to the electrode, the electrostatic atomizing apparatus operable to exhaust air that includes the charged particulate water through the air exhaust port ; a first sensor operable to sense at least one of humidity and temperature of the air humidified by the humidifying device ; and characterized by a control unit operable to determine, based on a sensing result of the first sensor , if there is a fault in the humidifying device or the electrostatic atomizing apparatus , and outputs a result of the determination. an air flow path having an air intake port and an air exhaust port ; a humidifying device operable to humidify air taken in through the air intake port ; an electrostatic atomizing apparatus including an electrode section operable to produce charged particulate water by causing water in the air humidified by the humidifying device to condense on an electrode and applying voltage to the electrode, the electrostatic atomizing apparatus operable to exhaust air that includes the charged particulate water through the air exhaust port ; a first sensor operable to sense at least one of humidity and temperature of the air humidified by the humidifying device ; and characterized by a control unit operable to determine, based on a sensing result of the first sensor , if there is a fault in the humidifying device or the electrostatic atomizing apparatus , and outputs a result of the determination.
A method comprising: performing, by a wireless device and using a first protocol stack, a first procedure to establish a first connection via a first cell; performing, using a second protocol stack and during the first procedure, a second procedure to establish a second connection via a second cell; and deactivating, based on receiving a response message for the second procedure, the first protocol stack. performing, by a wireless device and using a first protocol stack, a first procedure to establish a first connection via a first cell; performing, using a second protocol stack and during the first procedure, a second procedure to establish a second connection via a second cell; and deactivating, based on receiving a response message for the second procedure, the first protocol stack.
An in-cell touch screen having a high resistivity film, comprising: a first substrate , a thin film transistor substrate , a liquid crystal layer , a color filter , a touch sensing layer , a second substrate , and a high resistivity film , which are sequentially laminated; wherein the thin film transistor substrate is provided with a plurality of mutually insulated sensing wires on a surface thereof facing the liquid crystal layer , the high resistivity film is formed on a surface of the second substrate away from the touch sensing layer , the high resistivity film is electrically coupled to the thin film transistor substrate , characterized in that the high resistivity film has a surface resistance of 5x10 8 Ω/cm 2 to 5x10 9 Ω/cm 2 , and in that the high resistivity film is made of a mixture comprising graphite oxide, tin oxide, a surfactant, and a crosslinking agent.
Transmission , preferably a bevel helical transmission, with a transmission housing and a drive shaft (2.1) on which a fan is mounted, comprising a ring cooler which surrounds the drive shaft (2.1), oil lines (7.1, 7.2) for transporting transmission oil in an oil circuit from the interior of the transmission housing to the ring cooler and from the ring cooler into the interior of the transmission housing , and an air-guiding hood (3.1, 3.2) which surrounds the ring cooler for the purpose of guiding air that is sucked in by the fan onto the ring cooler , characterised in that the ring cooler has a square basic shape and four cooling elements (4.1), these being arranged along the sides of a square, wherein the cooling elements (4.1) are connected by means of four connecting reservoirs (4.2), wherein the connecting reservoirs (4.2) serve as corner connectors at the corners of the square, at which the oil streams from parallel pipes (4.5) of the ring cooler are mixed together.
A process for the preparation of a compound of formula (I), which is aripiprazole lauroxil, which comprises the steps of: a) preparation a compound of formula (II) by reacting a compound of formula (III) which is aripiprazol, or a hydrate thereof, with paraformaldehyde in the presence of a suitable organic solvent and a suitable base, wherein the reaction is carried out either in the absence of water or in the presence of a content of water which comes from either the use of a non-anhydrous organic solvent, non-anhydrous reactants, or the use of a hydrated form of aripiprazole, without addition of further water; and b) subsequently converting the compound of formula (II) into aripiprazole lauroxil. a) preparation a compound of formula (II) by reacting a compound of formula (III) which is aripiprazol, or a hydrate thereof, with paraformaldehyde in the presence of a suitable organic solvent and a suitable base, wherein the reaction is carried out either in the absence of water or in the presence of a content of water which comes from either the use of a non-anhydrous organic solvent, non-anhydrous reactants, or the use of a hydrated form of aripiprazole, without addition of further water; and b) subsequently converting the compound of formula (II) into aripiprazole lauroxil.
Device for securing a cable to an installation rail with - a cable clamp for the cable, - an intermediate piece , - a first cable clamping bolt and a second cable clamping bolt , with which the cable clamp is secured to the intermediate piece , and - a first rail bolt , with which the intermediate piece can be secured to the installation rail , characterized in that the intermediate piece comprises a rail part and a cable clamp art , which is mounted at the rail part such as to pivot about a pivot axis , that the cable clamp is secured by means of the first cable clamp bolt and the second cable clamp bolt to the cable clamp part of the intermediate piece , that, by means of the first rail bolt , the intermediate piece can be secured by its first rail part to the installation rail , that the cable clamp part comprises a first longitudinal hole and a second longitudinal hole , wherein the first cable clamp bolt is arranged in the first longitudinal hole and the second cable bolt is arranged in the second longitudinal hole , and that the first longitudinal hole of the cable clamp part is a straight longitudinal hole and the second longitudinal hole of the cable clamp part is a cambered longitudinal hole. - a cable clamp for the cable, - an intermediate piece , - a first cable clamping bolt and a second cable clamping bolt , with which the cable clamp is secured to the intermediate piece , and - a first rail bolt , with which the intermediate piece can be secured to the installation rail ,
A fluid jetting device comprising: - a nozzle plate; - a fluid chamber terminating in an orifice in the nozzle plate; - an actuator for generating a pressure wave in a fluid in the fluid chamber to jet fluid through the orifice from the chamber; - a jetting waveform generating device connected to the actuator for generating an excitation waveform comprising two separated pulses, called a jetting pulse and a quenching pulse, for respectively generating a pressure wave in the fluid in the fluid chamber leading to a fluid droplet and for substantially cancelling a pressure wave in the fluid in the fluid chamber , the quenching pulse being applied after the jetting pulse; wherein the jetting waveform generating device is adapted to make two consecutive excitation waveforms at least partially overlap and, when jetting two consecutive fluid droplets, the jetting pulse of the second droplet at least partially overlaps the quenching pulse directly following the jetting pulse of the first droplet. - a nozzle plate; - a fluid chamber terminating in an orifice in the nozzle plate; - an actuator for generating a pressure wave in a fluid in the fluid chamber to jet fluid through the orifice from the chamber; - a jetting waveform generating device connected to the actuator for generating an excitation waveform comprising two separated pulses, called a jetting pulse and a quenching pulse, for respectively generating a pressure wave in the fluid in the fluid chamber leading to a fluid droplet and for substantially cancelling a pressure wave in the fluid in the fluid chamber , the quenching pulse being applied after the jetting pulse;
A transmission receiving device comprising: burst processing logic comprising: a buffer memory to store a received bit sequence recovered from a received upstream burst signal , the received bit sequence comprising a delimiter bit sequence ; characterised by a delimiter memory to store an extracted delimiter bit sequence ; and delimiter finding logic operable to: perform a pattern matching search to find a matching position of a pre-defined target bit sequence and a selected subsequence of fixed bits within the received bit sequence ; find the delimiter bit sequence at a position in the received bit sequence , wherein the position is based on the found matching position and a known position of the fixed bits relative to the delimiter bit sequence ; and store, in the delimiter memory , the found delimiter bit sequence as the extracted delimiter bit sequence . a buffer memory to store a received bit sequence recovered from a received upstream burst signal , the received bit sequence comprising a delimiter bit sequence ; characterised by a delimiter memory to store an extracted delimiter bit sequence ; and delimiter finding logic operable to: perform a pattern matching search to find a matching position of a pre-defined target bit sequence and a selected subsequence of fixed bits within the received bit sequence ; find the delimiter bit sequence at a position in the received bit sequence , wherein the position is based on the found matching position and a known position of the fixed bits relative to the delimiter bit sequence ; and store, in the delimiter memory , the found delimiter bit sequence as the extracted delimiter bit sequence . perform a pattern matching search to find a matching position of a pre-defined target bit sequence and a selected subsequence of fixed bits within the received bit sequence ; find the delimiter bit sequence at a position in the received bit sequence , wherein the position is based on the found matching position and a known position of the fixed bits relative to the delimiter bit sequence ; and store, in the delimiter memory , the found delimiter bit sequence as the extracted delimiter bit sequence .
A clamshell assembly for a printed circuit board (PCB) having at least one heat producing component , comprising: an upper thermal plane ; a lower thermal plane spaced from the upper thermal plane to partially define a PCB chamber for holding the PCB ; and a heat sink with a phase change material mounted to one of the upper thermal plane and the lower thermal plane ; characterized in that the upper thermal plane and the lower thermal plane are coupled by a hinge to provide a housing structure that contains the PCB ; the heat sink further comprises a heat conducting frame holding the phase change material ; and the heat conducting frame is configured as a honeycomb. an upper thermal plane ; a lower thermal plane spaced from the upper thermal plane to partially define a PCB chamber for holding the PCB ; and a heat sink with a phase change material mounted to one of the upper thermal plane and the lower thermal plane ; characterized in that the upper thermal plane and the lower thermal plane are coupled by a hinge to provide a housing structure that contains the PCB ; the heat sink further comprises a heat conducting frame holding the phase change material ; and the heat conducting frame is configured as a honeycomb.