mhurhangee/patent-ind-claim-en huggingface dataset:
A capacitive contactless powering system , comprising: a pair of receiver electrodes connected to a load through a first inductor , wherein the first inductor is coupled to the load to resonate the system; a pair of transmitter electrodes connected to a driver ; and an insulating layer having a first side and a second side opposite each other, wherein the pair of transmitter electrodes is coupled to the first side of the insulating layer and the pair of receiver electrodes is decoupled from the second side of the insulating layer, such that a capacitive impedance is formed between the pair of transmitter electrodes and the pair of receiver electrodes , wherein the driver is configured to generate a power signal and wirelessly transfer said power signal from the pair of transmitter electrodes to the pair of receiver electrodes to power the load when a frequency of the power signal matches a series-resonance frequency of the first inductor and the capacitive impedance; characterized in that the system comprises a location indicator for providing an indication when power above a predefined threshold is transferred from the driver to the load to thereby determine the correct placement of the receiver electrodes with respect to the transmitter electrodes such as to tune the system to resonate at the series-resonance frequency by changing a position of the receiver electrodes relative to the transmitter electrodes. a pair of receiver electrodes connected to a load through a first inductor , wherein the first inductor is coupled to the load to resonate the system; a pair of transmitter electrodes connected to a driver ; and an insulating layer having a first side and a second side opposite each other, wherein the pair of transmitter electrodes is coupled to the first side of the insulating layer and the pair of receiver electrodes is decoupled from the second side of the insulating layer, such that a capacitive impedance is formed between the pair of transmitter electrodes and the pair of receiver electrodes , wherein the driver is configured to generate a power signal and wirelessly transfer said power signal from the pair of transmitter electrodes to the pair of receiver electrodes to power the load when a frequency of the power signal matches a series-resonance frequency of the first inductor and the capacitive impedance; characterized in that the system comprises a location indicator for providing an indication when power above a predefined threshold is transferred from the driver to the load to thereby determine the correct placement of the receiver electrodes with respect to the transmitter electrodes such as to tune the system to resonate at the series-resonance frequency by changing a position of the receiver electrodes relative to the transmitter electrodes.
Method for data transmission over a high or medium voltage line, in which a first primary frequency channel (A1) is assigned to a first data transmission device (NA1) and a second primary frequency channel (A2) is assigned to a second data transmission device (NA2) for data transmission, wherein the two primary frequency channels (A1, A2) each have predefined frequency channel limits and a frequency spacing which is below a predetermined maximum frequency spacing, as a result of which the two primary frequency channels (A1, A2) are designated as adjacent, characterised in that the two data transmission devices (NA1, NA2) each transmit, via a secondary frequency channel (RCMA1, RCMA2), frequency channel occupancy information which specifies the primary frequency channel (A1, A2) they are themselves using and the respective frequency channel limits to the other data transmission device (NA1, NA2) in each case, that the frequency channel limits of the two primary frequency channels (A1, A2) are changed by the data transmission devices (NA1, NA2) such that the frequency channels (A1, A2) are widened by reducing the frequency spacing , that the data transmission devices (NA1, NA2) send out updated occupancy information and recognise that the changed frequency channels (A1, A2) would overlap if the frequency channel usage was implemented in accordance with the updated occupancy information, and that the data transmission devices (NA1, NA2) change the respective frequency channel widths such that no overlap occurs.
A tray conveyor comprising: a track having an array of electromagnetic drive coils extending along the length of the track and defining a conveying path; a coil driver driving the drive coils to produce an electromagnetic flux wave that travels along the length of the track ; a tray (30; 30') conveying products through a process, the tray including: a top ; a bottom ; a permanent magnet array between the top and the bottom producing a magnetic field that interacts with the traveling electromagnetic flux wave to produce a force that propels the tray (30; 30') along the track ; characterized in that the tray conveyor further comprises, an ice coating covering at least the top of the tray (30; 30'), wherein products sit atop the ice coating on the top when the products are undergoing the process; and a freezer producing an ice cover and a cover applicator on the conveying path depositing the ice cover on the top of the tray (30; 30') to form the ice coating . a track having an array of electromagnetic drive coils extending along the length of the track and defining a conveying path; a coil driver driving the drive coils to produce an electromagnetic flux wave that travels along the length of the track ; a tray (30; 30') conveying products through a process, the tray including: a top ; a bottom ; a permanent magnet array between the top and the bottom producing a magnetic field that interacts with the traveling electromagnetic flux wave to produce a force that propels the tray (30; 30') along the track ; characterized in that the tray conveyor further comprises, an ice coating covering at least the top of the tray (30; 30'), wherein products sit atop the ice coating on the top when the products are undergoing the process; and a freezer producing an ice cover and a cover applicator on the conveying path depositing the ice cover on the top of the tray (30; 30') to form the ice coating . a top ; a bottom ; a permanent magnet array between the top and the bottom producing a magnetic field that interacts with the traveling electromagnetic flux wave to produce a force that propels the tray (30; 30') along the track ; characterized in that the tray conveyor further comprises, an ice coating covering at least the top of the tray (30; 30'), wherein products sit atop the ice coating on the top when the products are undergoing the process; and a freezer producing an ice cover and a cover applicator on the conveying path depositing the ice cover on the top of the tray (30; 30') to form the ice coating .
Actuator (12, 12', 12"), in particular slave cylinder, for a device for clutch actuation in a motor vehicle, with a cylinder housing which has a pneumatic pressure connection (Ep) and at least one hydraulic pressure connection (E H1 , E H2 ) and in which a piston (16, 16', 16") mechanically operatively connected with a setting element (G) is received to be longitudinally displaceable, wherein the piston together with the cylinder housing (14, 14', 14") defines a pneumatic chamber (K P ) loadable with pressure by way of the pneumatic pressure connection (E P ) and at least one hydraulic chamber (K H1 , K H2 ) connected with the hydraulic pressure connection (E H1 , E H2 ), the chambers being separated from one another by means of a sealing arrangement (18, 20; 18', 20'; 18", 20"), and wherein a pneumatic effective area (Ap) axially bounding the pneumatic chamber (Kp) and at least one hydraulic effective area (A H2 ) axially bounding the hydraulic chamber (K H2 ) and oriented oppositely to the pneumatic effective area (A P ) are formed at the piston (16, 16', 16") so that through loading the pneumatic chamber (Kp) with pressure the setting element (G) is longitudinally displaceable by way of the piston (16, 16', 16") in an actuating direction (B) against an external restoring force acting in a restoring direction (R) and piston movement is controllable by build-up of pressure in the at least one hydraulic chamber (K H1 , K H2 ) .
A compound comprising the structure: O-(x-L) n , wherein: O is an oligonucleotide TAGGGTTAGACAA, wherein the internucleoside linkages of the oligonucleotide O are N3'→P5' thiophosphoramidate linkages; n = 1 or 2; the or each (x-L) is independently selected from: 3'-myristoylamide; 3'-stearoylamide; 3'-palmitoylamido-propyl-thiophosphate; 5'-palmitoylamido-bis-aminoglycerol-thiophosphate; 5'-stearoylamido-aminoglycerol-thiophosphate; 3'-cholesterylamido-aminoglycerol-thiophosphate; 5'-C11-teflon-thiophosphate; 5'-C13-teflon-thiophosphate; 5'-batyl-thiophosphate; 3'-palmitoylamido-aminoglycerol-thiophosphate; and 5'-cholesterylamido-aminoglycerol-thiophosphate; or a pharmaceutically acceptable salt thereof. O is an oligonucleotide TAGGGTTAGACAA, wherein the internucleoside linkages of the oligonucleotide O are N3'→P5' thiophosphoramidate linkages; n = 1 or 2; the or each (x-L) is independently selected from: 3'-myristoylamide; 3'-stearoylamide; 3'-palmitoylamido-propyl-thiophosphate; 5'-palmitoylamido-bis-aminoglycerol-thiophosphate; 5'-stearoylamido-aminoglycerol-thiophosphate; 3'-cholesterylamido-aminoglycerol-thiophosphate; 5'-C11-teflon-thiophosphate; 5'-C13-teflon-thiophosphate; 5'-batyl-thiophosphate; 3'-palmitoylamido-aminoglycerol-thiophosphate; and 5'-cholesterylamido-aminoglycerol-thiophosphate; 3'-myristoylamide; 3'-stearoylamide; 3'-palmitoylamido-propyl-thiophosphate; 5'-palmitoylamido-bis-aminoglycerol-thiophosphate; 5'-stearoylamido-aminoglycerol-thiophosphate; 3'-cholesterylamido-aminoglycerol-thiophosphate; 5'-C11-teflon-thiophosphate; 5'-C13-teflon-thiophosphate; 5'-batyl-thiophosphate; 3'-palmitoylamido-aminoglycerol-thiophosphate; and 5'-cholesterylamido-aminoglycerol-thiophosphate;
Medical technology measuring system with a measuring device for measuring a characteristic of a fluid - in particular, for pressure measurement - wherein the measuring device comprises: - a lead , which extends along a central longitudinal axis (M) and is configured to guide a fluid - in particular, blood - within a longitudinal cavity bounded by a wall ; - a sensor device with a sensor , which is configured to measure a characteristic of the fluid guided in the longitudinal cavity; wherein the measuring system has an overmolding , which at least partially surrounds the measuring device and wherein the overmolding surrounds both at least the sensor device as well as a section of the lead , characterized in that the measuring system has an adapter cable connected to the sensor device , which is embedded in the overmolding . - a lead , which extends along a central longitudinal axis (M) and is configured to guide a fluid - in particular, blood - within a longitudinal cavity bounded by a wall ; - a sensor device with a sensor , which is configured to measure a characteristic of the fluid guided in the longitudinal cavity; wherein the measuring system has an overmolding , which at least partially surrounds the measuring device and wherein the overmolding surrounds both at least the sensor device as well as a section of the lead , characterized in that the measuring system has an adapter cable connected to the sensor device , which is embedded in the overmolding .
A molding machine comprising a cavity to be filled with molten metal; a conduit system leading to said cavity and forming a system of interconnected hollow spaces; at least one pressure member comprising a casting piston moveable in at least part of said hollow space system comprising a shot sleeve ; characterized by a centrifugal pump in fluid communication with a reservoir of molten metal and the part of said hollow space system receiving the at least one pressure member; and wherein said molten metal is introduced to said shot sleeve at a bottom side or end.
A computer program product including an instruction, when the computer program product runs on a computer, the computer performs the following steps: performing delay estimation on a stereo signal of a current frame to determine an inter-channel time difference of the current frame, wherein the inter-channel time difference of the current frame is a time difference between a first-channel signal of the current frame and a second-channel signal of the current frame; and if a sign of the inter-channel time difference of the current frame is different from a sign of an inter-channel time difference of a previous frame of the current frame, performing delay alignment processing on the first-channel signal of the current frame based on the inter-channel time difference of the current frame, and performing delay alignment processing on the second-channel signal of the current frame based on the inter-channel time difference of the previous frame, wherein the first-channel signal is a target-channel signal of the current frame, and the second-channel signal is on a same channel as a target-channel signal of the previous frame. performing delay estimation on a stereo signal of a current frame to determine an inter-channel time difference of the current frame, wherein the inter-channel time difference of the current frame is a time difference between a first-channel signal of the current frame and a second-channel signal of the current frame; and if a sign of the inter-channel time difference of the current frame is different from a sign of an inter-channel time difference of a previous frame of the current frame, performing delay alignment processing on the first-channel signal of the current frame based on the inter-channel time difference of the current frame, and performing delay alignment processing on the second-channel signal of the current frame based on the inter-channel time difference of the previous frame, wherein the first-channel signal is a target-channel signal of the current frame, and the second-channel signal is on a same channel as a target-channel signal of the previous frame.
A piezoelectric material comprising a perovskite type metal oxide, wherein manganese is incorporated in the metal oxide; characterized in that the metal oxide has the general formula , (Ba 1-x Ca x ) a (Ti 1-y-z Sn y Zr z )O 3 with 1.00 ≤ a ≤ 1.01, 0.125 ≤ × ≤ 0.300, 0 < y ≤ 0.020, and 0.041 ≤ z ≤ 0.069; the Mn content of the metal oxide is 0.12 parts by weight or more and 0.40 parts by weight or less on a metal basis per 100 parts by weight of the metal oxide; and at least one of the following conditions is met: the value a is greater than or equal to 1.004, or 100 parts by weight of the piezoelectric material contains 0.10 parts by weight or less of Mg on a metal basis as an auxiliary component. characterized in that the metal oxide has the general formula , (Ba 1-x Ca x ) a (Ti 1-y-z Sn y Zr z )O 3 with 1.00 ≤ a ≤ 1.01, 0.125 ≤ × ≤ 0.300, 0 < y ≤ 0.020, and 0.041 ≤ z ≤ 0.069; the Mn content of the metal oxide is 0.12 parts by weight or more and 0.40 parts by weight or less on a metal basis per 100 parts by weight of the metal oxide; and at least one of the following conditions is met: the value a is greater than or equal to 1.004, or 100 parts by weight of the piezoelectric material contains 0.10 parts by weight or less of Mg on a metal basis as an auxiliary component. the value a is greater than or equal to 1.004, or 100 parts by weight of the piezoelectric material contains 0.10 parts by weight or less of Mg on a metal basis as an auxiliary component.
Wood-based material comprising a middle layer and two outer layers containing - in the middle layer: lignocellulose-containing material bonded by a first binder composition; - in at least one outer layer: lignocellulose-containing material bonded by a second binder composition; characterized in that - the first and second binder compositions are different; - the second binder composition is a polyisocyanate-based binder composition containing lignin sulfonate; and - the first binder composition is free of lignin sulfonate. - in the middle layer: lignocellulose-containing material bonded by a first binder composition; - in at least one outer layer: lignocellulose-containing material bonded by a second binder composition; characterized in that - the first and second binder compositions are different; - the second binder composition is a polyisocyanate-based binder composition containing lignin sulfonate; and - the first binder composition is free of lignin sulfonate.
An antibody comprising a VH sequence of SEQ ID NO: 12 and a VL sequence of SEQ ID NO: 16.
Electrical connector , comprising at least one electrical power contact having a cross-section larger than 8 mm 2 and being adapted to mate with a complementary connector , the at least one contact comprising a front end adapted to be electrically connected with a first complementary contact of said complementary connector , wherein the electrical connector also comprises a main body of a wall mounting type with a flange including two fixing holes and a fixing face adapted to be pressed against a wall in order to be permanently fixed to said wall, the main body further comprises a mechanical mating portion extending in one side of the fixing face and a central protrusion extending, through a central hole of the wall , from the fixing face towards a direction opposite to the mechanical mating portion and substantially perpendicular to the fixing face , wherein the at least one electrical power contact comprises a back pin mounted in the central protrusion and having a back pin extremity located at the opposite end of the power contact with respect to the front end and adapted to be electrically connected following a coupling axis with a second complementary contact of a second connector, characterized in that said back pin extremity has a smooth longitudinal profile so as to be repeatedly insertable into a female connector including one or several electrically conductive spring tongues or wherein said back pin extremity has conductive spring tongues so as to be able to repeatedly receive a male connector, wherein the back pin extremity of the electrical connector is able to be received in the second complementary inner electrical power contact including the coupling axis which is substantially in the alignment of the central hole .
A double-stranded small interfering RNA (siRNA) or chemically modified siRNA thereof, which targets a nucleotide sequence region of PRK2 mRNA set forth in SEQ ID NO: 1, wherein the siRNA consists of a guide strand sequence set forth in SEQ ID NO: 2 and a passenger strand sequence set forth in SEQ ID NO: 3; and the chemically modified siRNA consists of a guide strand having the base sequence set forth in SEQ ID NO: 4 or 5 and a passenger strand having the base sequence set forth in SEQ ID NO: 3, 9 or 10.
Composite material, in particular switchable functional material, preferably composite particles, comprising (a) a porous carrier material, in particular porous particles, and (b) a swellable material, wherein the pores of the porous carrier material contain the swellable material, wherein the porous carrier material is a mineral filler or a mixture of mineral fillers, wherein the porous carrier material has a predominantly open pore system, and wherein the swellable material is formed in the pores of the porous carrier material. (a) a porous carrier material, in particular porous particles, and (b) a swellable material, wherein the pores of the porous carrier material contain the swellable material, wherein the porous carrier material is a mineral filler or a mixture of mineral fillers, wherein the porous carrier material has a predominantly open pore system, and wherein the swellable material is formed in the pores of the porous carrier material.
A process for continuous carbonylation of an epoxide or lactone feedstock, comprising: continuously reacting an epoxide or lactone feedstock with carbon monoxide in the presence of a carbonylation catalyst in a carbonylation reaction vessel, wherein the carbonylation catalyst comprises a Lewis acid and a metal carbonyl, and wherein at a start time of the process, the carbonylation reaction vessel contains an initial concentration of the Lewis acid and an initial concentration of the metal carbonyl; and adding to the carbonylation reaction vessel, at a time after the start time of the process, a catalyst replacement component which is different from the catalyst, wherein the catalyst replacement component comprises the Lewis acid, a precursor to the Lewis acid, the metal carbonyl, and a precursor to the metal carbonyl; and wherein each catalyst replacement component is introduced to the reaction vessel in its own catalyst feed stream. continuously reacting an epoxide or lactone feedstock with carbon monoxide in the presence of a carbonylation catalyst in a carbonylation reaction vessel, wherein the carbonylation catalyst comprises a Lewis acid and a metal carbonyl, and wherein at a start time of the process, the carbonylation reaction vessel contains an initial concentration of the Lewis acid and an initial concentration of the metal carbonyl; and adding to the carbonylation reaction vessel, at a time after the start time of the process, a catalyst replacement component which is different from the catalyst, wherein the catalyst replacement component comprises the Lewis acid, a precursor to the Lewis acid, the metal carbonyl, and a precursor to the metal carbonyl; and wherein each catalyst replacement component is introduced to the reaction vessel in its own catalyst feed stream.
Device for storing thermal energy comprising a tank , at least one solid/liquid two-phase phase change material (PCM) contained in the tank and a heat-transfer fluid thermal energy exchanger comprising at least one tube , wherein a heat-transfer fluid configured to bring and/or recover the thermal energy to the PCM is capable of circulating, the tube being at least partially immersed in the PCM and comprising an inert gas gaseous sky comprising a portion arranged in the tank above and in contact with at least one PCM , characterised in that it comprises a separation means arranged in the gaseous sky outside of a maximum occupation zone of the PCM in the more dilated phase thereof of the two solid/liquid phases, the separation means being configured to separate, from the gaseous sky , a fraction of the at least one solid/liquid PCM being evaporated during the phase changes.
Method for controlling and regulating a rechargeable battery having at least one first and one second energy storage cell , control electronics , a voltage measurement device and at least one sensor device , wherein the sensor device and the energy storage cells are respectively connected to one another via at least one controllable switching element in such a manner that electrical energy can be conducted from the energy storage cells to the sensor device , characterized by the method steps of - capturing a first voltage value of the first and second energy storage cells by means of the voltage measurement device ; and - adjusting the at least one switching element from a deactivation mode to an activation mode if the difference between the voltage value of the first energy storage cell and the voltage value of the second energy storage cell reaches a predetermined threshold value, in order to conduct electrical voltage from the energy storage cell with the higher voltage value to the sensor device . - capturing a first voltage value of the first and second energy storage cells by means of the voltage measurement device ; and - adjusting the at least one switching element from a deactivation mode to an activation mode if the difference between the voltage value of the first energy storage cell and the voltage value of the second energy storage cell reaches a predetermined threshold value, in order to conduct electrical voltage from the energy storage cell with the higher voltage value to the sensor device .