mhurhangee/patent-ind-claim-en huggingface dataset:
A polymer comprising a formula: wherein: X 1 is alkyl (C≤18) or substituted alkyl (C≤18) ; X 2 is hydrogen, alkyl (C≤18) , or substituted alkyl (C≤18) ; Ri is -A-Z; wherein: A is an alkanediyl (C≤18) or substituted alkanediyl (C≤18) ; Z is -NR3R4; wherein: R 3 and R 4 are each independently selected from hydrogen, alkyl (C≤18) , substituted alkyl (C≤18) ; or R 3 and R 4 are taken together and are alkanediyl (C≤18) or substituted alkanediyl (C≤18) ; R 2 is alkyl (C≤24) , alkenyl (C≤24) , substituted alkyl (C≤24) , or substituted alkenyl (C ≤ 24) ; x and y are each independently 0, 1, 2, 3, 4, or 5; m and n are each independently an integer between 0 and 250, provided that at least one of m and n is greater than 1; and the repeating units defined by m and n are randomly distributed throughout the polymer; wherein the term "substituted" when used with any of the chemical groups means one or more hydrogen atom has been independently replaced by -OH, -F, -Cl, -Br, -I, -NH 2 , -NO 2 , -CO 2 H, -CO 2 CH 3 , -CN, -SH, -OCH 3 , -OCH 2 CH 3 , -C(O)CH 3 , -NHCH 3 , -NHCH 2 CH 3 , -N(CH 3 ) 2 , -C(O)NH 2 , -C(O)NHCH 3 , -C(O)N(CH 3 ) 2 , -OC(O)CH 3 , -S(O) 2 OH, or -S(O) 2 NH 2 ; or a pharmaceutically acceptable salt thereof. X 1 is alkyl (C≤18) or substituted alkyl (C≤18) ; X 2 is hydrogen, alkyl (C≤18) , or substituted alkyl (C≤18) ; Ri is -A-Z; wherein: A is an alkanediyl (C≤18) or substituted alkanediyl (C≤18) ; Z is -NR3R4; wherein: R 3 and R 4 are each independently selected from hydrogen, alkyl (C≤18) , substituted alkyl (C≤18) ; or R 3 and R 4 are taken together and are alkanediyl (C≤18) or substituted alkanediyl (C≤18) ; A is an alkanediyl (C≤18) or substituted alkanediyl (C≤18) ; Z is -NR3R4; wherein: R 3 and R 4 are each independently selected from hydrogen, alkyl (C≤18) , substituted alkyl (C≤18) ; or R 3 and R 4 are taken together and are alkanediyl (C≤18) or substituted alkanediyl (C≤18) ; R 2 is alkyl (C≤24) , alkenyl (C≤24) , substituted alkyl (C≤24) , or substituted alkenyl (C ≤ 24) ; x and y are each independently 0, 1, 2, 3, 4, or 5; m and n are each independently an integer between 0 and 250, provided that at least one of m and n is greater than 1; and the repeating units defined by m and n are randomly distributed throughout the polymer; wherein the term "substituted" when used with any of the chemical groups means one or more hydrogen atom has been independently replaced by -OH, -F, -Cl, -Br, -I, -NH 2 , -NO 2 , -CO 2 H, -CO 2 CH 3 , -CN, -SH, -OCH 3 , -OCH 2 CH 3 , -C(O)CH 3 , -NHCH 3 , -NHCH 2 CH 3 , -N(CH 3 ) 2 , -C(O)NH 2 , -C(O)NHCH 3 , -C(O)N(CH 3 ) 2 , -OC(O)CH 3 , -S(O) 2 OH, or -S(O) 2 NH 2 ; or a pharmaceutically acceptable salt thereof.
A mounting system for mounting a ceiling or wall device in or on a ceiling or wall , the mounting system comprising a ceiling or wall part for being provided in or on the ceiling or wall , and a device holding part for receiving the ceiling or wall device , the ceiling or wall part and the device holding part comprising connecting means adapted for removably fixing the device holding part to the ceiling or wall part , such that, when installed, the ceiling or wall part is provided on a first side of the ceiling or wall and the device holding part is provided on a second side of the ceiling or wall opposite to the first side, wherein a part of the device holding part is adapted to be provided through a hole of the ceiling or wall , so that the ceiling or wall is clamped between the ceiling or wall part and the device holding part , wherein the connecting means on the device holding part and the ceiling or wall part comprise a first part and a second part for removably fixing the device holding part to the ceiling or wall part by means of a combination of a linear movement and a rotating movement, and wherein the ceiling or wall part comprises a split , wherein - both sides of the split can be torn away from each other in opposite directions so as to deform the ceiling or wall part to put it through the hole in the ceiling or wall , and characterised in that - the connecting means is further adapted for, when being installed, adjusting the distance between the ceiling or wall part and the device holding part , wherein the connecting means comprise at least one partial screw thread on the device holding part for removably fixing the device holding part by a rotating movement, and further a guide on the device holding part for removably fixing the device holding part by a linear movement and wherein the first part of the connecting means comprises at least one barb or at least one rib on the ceiling or wall part for engaging with the guide and with the partial screw thread. - both sides of the split can be torn away from each other in opposite directions so as to deform the ceiling or wall part to put it through the hole in the ceiling or wall , and characterised in that - the connecting means is further adapted for, when being installed, adjusting the distance between the ceiling or wall part and the device holding part , wherein the connecting means comprise at least one partial screw thread on the device holding part for removably fixing the device holding part by a rotating movement, and further a guide on the device holding part for removably fixing the device holding part by a linear movement and wherein the first part of the connecting means comprises at least one barb or at least one rib on the ceiling or wall part for engaging with the guide and with the partial screw thread.
A process comprising co-processing at least pyrolysis liquid (PL) and a distillation residue from tall oil distillation in a catalytic cracking process in the presence of a solid catalyst to provide a cracking product.
A dental cooling method in which a muffle , which is cooled in the method, is cooled to a divesting temperature of less than 80°C, preferably less than 50°C, wherein the cooling source is a medium , in particular a solid or liquid medium , having a melting or evaporation temperature higher than room temperature, which is fed to the muffle , i.e. is brought into direct or indirect contact, wherein cooling is effected by means of latent heat accumulators, wherein the quantity of the medium is at least sufficient, in particular is calculated in advance such that the muffle is cooled to at least a phase transition temperature of the medium , characterized in that the medium is accommodated in a high-temperature-resistant, fibrous mass, such as a high-temperature thermal insulation fiber, which is brought into contact with the muffle for cooling thereof at selective locations, in particular at all locations of the circumference of the muffle . the cooling source is a medium , in particular a solid or liquid medium , having a melting or evaporation temperature higher than room temperature, which is fed to the muffle , i.e. is brought into direct or indirect contact, wherein cooling is effected by means of latent heat accumulators, wherein the quantity of the medium is at least sufficient, in particular is calculated in advance such that the muffle is cooled to at least a phase transition temperature of the medium , characterized in that the medium is accommodated in a high-temperature-resistant, fibrous mass, such as a high-temperature thermal insulation fiber, which is brought into contact with the muffle for cooling thereof at selective locations, in particular at all locations of the circumference of the muffle .
A nickel hydrogen secondary battery comprising an electrode group hermetically enclosed in a container together with an alkaline electrolyte, the electrode group including a positive electrode and a negative electrode which are stacked one on top of another through a separator, wherein the nickel hydrogen secondary battery contains Li, with a total amount of Li in the nickel hydrogen secondary battery of 15 to 50 mg/Ah, as determined as the mass in terms of LiOH per Ah of the positive electrode capacity, the negative electrode includes particles of a rare earth-Mg-Ni-based hydrogen storage alloy which comprises a rare earth element, Mg and Ni, wherein the hydrogen storage alloy has a composition represented by a general formula: Ln 1-x Mg x (Ni 1-y T y ) z , wherein Ln represents at least one element selected from La, Ce, Pr, Nd, Pm, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm, Yb, Lu, Ca, Sr, Sc, Y, Ti, Zr and Hf; T represents at least one element selected from Mn, Co, V, Nb, Ta, Cr, Mo, Fe, Al, Ga, Zn, Sn, In, Cu, Si, P and B; and the subscripts x, y and z satisfy relations 0<x≤1, 0≤y≤0.5, and 2.5≤z≤4.5, respectively, wherein the La and/or Sm content ratio of the rare earth element components of the hydrogen storage alloy is 20 mass% or more based on the Ln component in the general formula Ln 1-x Mg x (Ni 1-y T y ) z characterized in that the particles of the hydrogen storage alloy include, on the surface thereof, a rare earth hydroxide which is a hydroxide of the rare earth element, and have a specific surface area of 0.1 to 0.5 m 2 /g measured in accordance with the nitrogen gas adsorption BET-method.
An injection device comprising a housing (10; 410), and a dose indicator (90; 480) positioned within and axially constrained to the housing (10; 410) and rotatable with respect to the housing (10; 410) during dose setting and during dose dispensing, characterized in that the device further comprises a first element and a second element , wherein the dose indicator (90; 480) comprises a flexible clicker arm (95; 482) which, only during dispense, is displaced by said first element (45; 40; 500) in a first radial direction and, when the device reaches its minimum dose position, in a second, opposite radial direction by said second element (81; 80; 490).
A wheel brake arrangement , comprising: - a first brake pad arrangement and a second brake pad arrangement , wherein the first brake pad arrangement comprises a first backing plate having a first surface arranged to support a first brake pad , and wherein the second brake pad arrangement comprises a second backing plate arranged to support a second brake pad , - a pad holding spring connected to the second brake pad arrangement for preventing radial displacement of the second brake pad arrangement, - a retainer bar extending across the first and second brake pad arrangements in an axial direction of the wheel brake arrangement , wherein the retainer bar is radially supporting the pad holding spring , and - a resilient member connected to a second surface of the first backing plate , the second surface facing away from the first brake pad , characterized in that the resilient member engages with the retainer bar such that a radial force component is present between the resilient member and the retainer bar. - a first brake pad arrangement and a second brake pad arrangement , wherein the first brake pad arrangement comprises a first backing plate having a first surface arranged to support a first brake pad , and wherein the second brake pad arrangement comprises a second backing plate arranged to support a second brake pad , - a pad holding spring connected to the second brake pad arrangement for preventing radial displacement of the second brake pad arrangement, - a retainer bar extending across the first and second brake pad arrangements in an axial direction of the wheel brake arrangement , wherein the retainer bar is radially supporting the pad holding spring , and - a resilient member connected to a second surface of the first backing plate , the second surface facing away from the first brake pad ,
A method performed by a wireless device , the method being characterized by : detecting a cause of the wireless device performing a non-access stratum, NAS, recovery procedure for NAS recovery involving an interaction between access stratum, AS, and NAS layers at the wireless device, where the AS layer detects a failure, then notifies NAS layer of that failure, enters an Idle state, and the NAS layer triggering a procedure that leads to the NAS layer requesting the AS layer to establish or setup an RRC connection; and transmitting , from the wireless device to a network node, a NAS, recovery report that reports the cause of the wireless device performing the NAS recovery procedure. detecting a cause of the wireless device performing a non-access stratum, NAS, recovery procedure for NAS recovery involving an interaction between access stratum, AS, and NAS layers at the wireless device, where the AS layer detects a failure, then notifies NAS layer of that failure, enters an Idle state, and the NAS layer triggering a procedure that leads to the NAS layer requesting the AS layer to establish or setup an RRC connection; and transmitting , from the wireless device to a network node, a NAS, recovery report that reports the cause of the wireless device performing the NAS recovery procedure.
A method of analysing blade tip displacements (d ijk ), wherein the displacements (d ijk ) are derived from a rotor having an array of blades that rotate at a rotational speed (ω), the blades monitored by an array of stationary timing probes for at least two revolutions (j) of the rotor ; the method approximating the blade tip displacements (d ijk ) by an expression of asynchronous displacement (d ijk_A ) and, separately, an expression of synchronous displacement (d ijk_S ) and comprising steps for each blade to: a) define asynchronous displacement (d ijk_A ) as a sum of a sinusoidal term ( Va ) and an offset per probe term ( Oo ); b) define synchronous displacement (d ijk_S ) as a sum of a sinusoidal term ( Vs ) and a common offset term ( Cc ); c) solve the asynchronous displacements (d ijk_A ) using the blade tip displacements (d ijk ) to give asynchronous amplitude (| a |), offset per probe (o k ) and asynchronous residuals (r ijk_A ); and d) solve the synchronous displacements (d ijk_S ) using the blade tip displacements (d ijk ) to give synchronous amplitude (| s |), common offset (c j ) and synchronous residuals (r ijk_ s). a) define asynchronous displacement (d ijk_A ) as a sum of a sinusoidal term ( Va ) and an offset per probe term ( Oo ); b) define synchronous displacement (d ijk_S ) as a sum of a sinusoidal term ( Vs ) and a common offset term ( Cc ); c) solve the asynchronous displacements (d ijk_A ) using the blade tip displacements (d ijk ) to give asynchronous amplitude (| a |), offset per probe (o k ) and asynchronous residuals (r ijk_A ); and d) solve the synchronous displacements (d ijk_S ) using the blade tip displacements (d ijk ) to give synchronous amplitude (| s |), common offset (c j ) and synchronous residuals (r ijk_ s).
A bleed valve module (144;244) for mounting to a support structure within an aircraft, the module comprising: a pipe (152;252) for containing a flow of bleed air, the pipe comprising a plurality of inlets (160a,160b; 260a,260b) and an outlet (160c;260c); a plurality of bleed valves (156a-156c; 256a-256c) connected to the pipe to control the flow of bleed air in the pipe; a plurality of pneumatic actuators (158a-158c; 258a-258c) connected to the plurality of bleed valves to actuate the plurality of bleed valves; and a vibration isolating element (154;254) to connect the bleed valve module to the support structure within the aircraft and isolate the bleed valve module from vibration from the support structure. a pipe (152;252) for containing a flow of bleed air, the pipe comprising a plurality of inlets (160a,160b; 260a,260b) and an outlet (160c;260c); a plurality of bleed valves (156a-156c; 256a-256c) connected to the pipe to control the flow of bleed air in the pipe; a plurality of pneumatic actuators (158a-158c; 258a-258c) connected to the plurality of bleed valves to actuate the plurality of bleed valves; and a vibration isolating element (154;254) to connect the bleed valve module to the support structure within the aircraft and isolate the bleed valve module from vibration from the support structure.
An OD matrix estimation device characterized by comprising: an extraction unit that, on the basis of intra-bank OD matrixes that show traffic flow information in respective elevator banks in a plurality of elevator banks and transfer floor information about a transfer floor where transfers among the elevator banks is possible, extracts transfer-related intra-bank OD matrixes having a common transfer floor from among the intra-bank OD matrixes ; a matching unit that, from among the transfer-related intra-bank OD matrixes extracted by the extraction unit , combines first transfer intra-bank OD matrixes each including OD data in which the transfer floor is defined as an arrival floor with second transfer intra-bank OD matrixes each including OD data in which the transfer floor is defined as a departure floor to create transfer-related OD data ; and an estimation unit that, from the transfer-related OD data obtained through combination processing by the matching unit , estimates OD data for users who transfer and move among the banks to create a plural-bank OD matrix that is an OD matrix of the entirety of the plurality of banks . an extraction unit that, on the basis of intra-bank OD matrixes that show traffic flow information in respective elevator banks in a plurality of elevator banks and transfer floor information about a transfer floor where transfers among the elevator banks is possible, extracts transfer-related intra-bank OD matrixes having a common transfer floor from among the intra-bank OD matrixes ; a matching unit that, from among the transfer-related intra-bank OD matrixes extracted by the extraction unit , combines first transfer intra-bank OD matrixes each including OD data in which the transfer floor is defined as an arrival floor with second transfer intra-bank OD matrixes each including OD data in which the transfer floor is defined as a departure floor to create transfer-related OD data ; and an estimation unit that, from the transfer-related OD data obtained through combination processing by the matching unit , estimates OD data for users who transfer and move among the banks to create a plural-bank OD matrix that is an OD matrix of the entirety of the plurality of banks .
A reservoir assembly for a personal vaporizer device , such as an electronic smoking article, comprising: a housing which encloses a reservoir for storing a liquid to be vaporized, the housing and/or the reservoir defining a flow path (P) for the liquid from the reservoir towards means for vaporizing the liquid; a mouthpiece provided in or on the housing and defining a channel (C) for conveying vapour formed from the liquid to a user's mouth; wherein the mouthpiece is configured for movement between a first position (A) and a second position (B), and wherein the flow path (P) is closed or blocked when the mouthpiece is in the first position (A) and wherein the flow path (P) is open in the second position (B); characterized in that a part of the mouth-piece is configured to close or to block the flow path (P) in the first position (A). a housing which encloses a reservoir for storing a liquid to be vaporized, the housing and/or the reservoir defining a flow path (P) for the liquid from the reservoir towards means for vaporizing the liquid; a mouthpiece provided in or on the housing and defining a channel (C) for conveying vapour formed from the liquid to a user's mouth; wherein the mouthpiece is configured for movement between a first position (A) and a second position (B), and wherein the flow path (P) is closed or blocked when the mouthpiece is in the first position (A) and wherein the flow path (P) is open in the second position (B); characterized in that a part of the mouth-piece is configured to close or to block the flow path (P) in the first position (A).
A seal structuring for use with an embodiment comprising a tank inlet , a tank lid having a tank lid side wall, wherein the seal structuring is a vented type seal and comprises: - a seal body adapted to cover the surrounding of the whole tank inlet by being located between the said tank inlet and the tank lid ; - at least one wing which is formed in the continuation of the said seal body and extending from the seal body to tank lid side wall and adapted to contact the tank lid side wall, - and wherein the seal structuring is adapted to prevent the pass of contaminating materials, which can come from the outer environment, especially between the vented type tank lid and tank inlet , in the diesel fuel and urea liquid tanks in the commercial vehicles, and characterized in that ; - the wing is configured to open and close on valve ventilation threads of the vented type lid and to provide an air intake (X) or an air release (Y) between the valve ventilation threads and the vented type seal, in order to tolerate the pressure occurring inside the tank. - a seal body adapted to cover the surrounding of the whole tank inlet by being located between the said tank inlet and the tank lid ; - at least one wing which is formed in the continuation of the said seal body and extending from the seal body to tank lid side wall and adapted to contact the tank lid side wall, - and wherein the seal structuring is adapted to prevent the pass of contaminating materials, which can come from the outer environment, especially between the vented type tank lid and tank inlet , in the diesel fuel and urea liquid tanks in the commercial vehicles, and characterized in that ; - the wing is configured to open and close on valve ventilation threads of the vented type lid and to provide an air intake (X) or an air release (Y) between the valve ventilation threads and the vented type seal, in order to tolerate the pressure occurring inside the tank.
Method, in particular computer-implemented method, for providing a behavioural model, in particular a behavioural model for electromagnetic compatibility, that is to say EMC behavioural model, in the form of model data for the simulation of an electrical or electronic component described by the behavioural model in a simulation device, wherein the behavioural model describes the behaviour at one or more electrical connections (A1, A2) of the component by virtue of the electrical behaviour at each of the connections (A1, A2) of the component being described by a connection equivalent circuit as the effect of complex, frequency-dependent electrical variables of passive electrical components, in particular admittances or impedances, and of a source element, in particular a voltage and/or a current source, characterized in that the behaviour model is determined by measuring (S1) an impedance matrix or admittance matrix in the passive, unloaded state of the connections using a network analyser and by determining (S2) the complex, frequency-dependent electrical variables of the source element by measuring the currents and/or voltages at the connections (A1, A2) under a single load condition.
Shoe , comprising a sole portion of the shoe forming a sole part , wherein the sole part is the component of the shoe , which has a running surface facing a substrate when used as intended of the shoe and a shoe upper facing a foot of a carrier when used as intended of the shoe , and a shoe upper forming an upper shoe portion of the shoe , which can be attached to the sole part or fixed to the sole part , wherein the sole part is completely made of an at least partially foamed injection moldable thermoplastic elastomer material and the shoe upper is attached to the sole part under the formation of the shoe , in particular separable, removable or fixed, the sole part is formed as an integral foam structure of a thermoplastic elastomer material or has such a structure.