mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining a position of a wireless device , the method being performed in a network node connected to a plurality of remote radio head devices (1, 1a-c) each comprising a first antenna device which can be used for a first MIMO, multiple input multiple output, stream and a second antenna device which can be used for a second MIMO stream, the method comprising the steps of: sending a first cell identifier for transmission on both the first antenna device and the second antenna device of each one of the plurality of remote radio head devices (1, 1a-c); sending a second cell identifier, for transmission on the first antenna device of only a specific remote radio head device of the plurality of remote radio head devices while sending the first cell identifier for transmission on the second antenna device of the specific remote radio head device; receiving a measurement report from the wireless device associated with the second cell identifier; and determining a position of the wireless device based on the received measurement report. sending a first cell identifier for transmission on both the first antenna device and the second antenna device of each one of the plurality of remote radio head devices (1, 1a-c); sending a second cell identifier, for transmission on the first antenna device of only a specific remote radio head device of the plurality of remote radio head devices while sending the first cell identifier for transmission on the second antenna device of the specific remote radio head device; receiving a measurement report from the wireless device associated with the second cell identifier; and determining a position of the wireless device based on the received measurement report.
A gas purification system comprising a corona discharge system , the corona discharge system comprising: a. a conductive strip with longitudinal edges , wherein one or more of the longitudinal edges comprise tooth structures , wherein the tooth structures at the one or more longitudinal edges have tooth tops with shortest distances (dt) selected from the range of 2-200 mm; b. a counter electrode ; and c. a voltage generator configured to apply a DC voltage of at least 10 kV to the conductive strip ; wherein the gas purification system comprises a plurality of said conductive strips , wherein the gas purification system further comprising a gas channel comprising said plurality of conductive strips and said counter electrode , characterized in that the conductive strips are arranged in a zigzag like structure. a. a conductive strip with longitudinal edges , wherein one or more of the longitudinal edges comprise tooth structures , wherein the tooth structures at the one or more longitudinal edges have tooth tops with shortest distances (dt) selected from the range of 2-200 mm; b. a counter electrode ; and c. a voltage generator configured to apply a DC voltage of at least 10 kV to the conductive strip ;
Stabilising system for a vehicle trailer, comprising - at least one trailer wheel , which is rotatably mounted by means of a wheel hub and a wheel bearing on an axle element of the vehicle trailer, the wheel bearing having an outer bearing element , an inner bearing element and a lubricant located between the outer bearing element and the inner bearing element , - a wheel brake , - a brake actuator for actuating the wheel brake , - a control unit for controlling the brake actuator as a function of sensor-recorded swaying movements of the vehicle trailer, wherein the stabilising system has an anti-lock braking system with a locking detection device for detecting a locking trailer wheel , characterised in that the locking detection device comprises a circuit routed via the wheel bearing and an evaluation device which is designed to record an electrical short circuit between the outer bearing element and the inner bearing element due to a reduction in the lubricating film thickness (h). - at least one trailer wheel , which is rotatably mounted by means of a wheel hub and a wheel bearing on an axle element of the vehicle trailer, the wheel bearing having an outer bearing element , an inner bearing element and a lubricant located between the outer bearing element and the inner bearing element , - a wheel brake , - a brake actuator for actuating the wheel brake , - a control unit for controlling the brake actuator as a function of sensor-recorded swaying movements of the vehicle trailer, wherein the stabilising system has an anti-lock braking system with a locking detection device for detecting a locking trailer wheel , characterised in that the locking detection device comprises a circuit routed via the wheel bearing and an evaluation device which is designed to record an electrical short circuit between the outer bearing element and the inner bearing element due to a reduction in the lubricating film thickness (h).
A counting assembly, comprising: a counting member capable of being engaged with and disengaged from a counted member that is arranged outside the counted member, wherein the counting member comprises a rotating member and a toggling member separated from each other, the rotating member rotates by receiving an external driving force, and the rotating member drives the toggling member to rotate; and a holding member in contact with the rotating member and the toggling member , wherein during a counting process, the rotating member applies a discontinuous force to the toggling member through the holding member; and when the toggling member is subjected to the force, the toggling member is held at a stationary position where the counted member is continuously pressed by the holding member, and when the toggling member is not subjected to the force, the toggling member rotates along a direction opposite to a rotating direction of the rotating member under a reaction force of the counted member. a counting member capable of being engaged with and disengaged from a counted member that is arranged outside the counted member, wherein the counting member comprises a rotating member and a toggling member separated from each other, the rotating member rotates by receiving an external driving force, and the rotating member drives the toggling member to rotate; and a holding member in contact with the rotating member and the toggling member , wherein during a counting process, the rotating member applies a discontinuous force to the toggling member through the holding member; and when the toggling member is subjected to the force, the toggling member is held at a stationary position where the counted member is continuously pressed by the holding member, and when the toggling member is not subjected to the force, the toggling member rotates along a direction opposite to a rotating direction of the rotating member under a reaction force of the counted member.
A power control system startup method comprising: coupling a device to receive an input voltage and responsively generate a bias current to provide the bias current to a control electrode of an output transistor of the device ; and coupling the output transistor of the device to generate an output current that is greater than the bias current; characterised by : coupling a switch element (17; 51) to shunt the bias current away from the output transistor and to charge an output capacitor when an output voltage is less than a first value; coupling the switch element (17; 51) to use the bias current for enabling the output transistor in response to the output voltage across the output capacitor as it reaches the first value: and charging the output capacitor when the output voltage is greater than the first value. coupling a device to receive an input voltage and responsively generate a bias current to provide the bias current to a control electrode of an output transistor of the device ; and coupling the output transistor of the device to generate an output current that is greater than the bias current; characterised by : coupling a switch element (17; 51) to shunt the bias current away from the output transistor and to charge an output capacitor when an output voltage is less than a first value; coupling the switch element (17; 51) to use the bias current for enabling the output transistor in response to the output voltage across the output capacitor as it reaches the first value: and charging the output capacitor when the output voltage is greater than the first value. coupling a switch element (17; 51) to shunt the bias current away from the output transistor and to charge an output capacitor when an output voltage is less than a first value; coupling the switch element (17; 51) to use the bias current for enabling the output transistor in response to the output voltage across the output capacitor as it reaches the first value: and charging the output capacitor when the output voltage is greater than the first value.
Device for the releasable connection of a pressure/discharge pipe subjected to axial forces during use to a further pipe section , wherein the device comprises the pressure/discharge pipe , the further pipe section and a locking body , wherein the further pipe section is provided with a one-piece, ring element of the locking body having a handle , wherein the locking body has a pot-like counter element for fastening to a wall of an abutment part, wherein the ring element is provided with an element of a bayonet closure and the pot-like counter element is provided with a counter element of the bayonet closure, wherein the pipe section can be locked with the ring element of the locking body onto the pot-like counter element , wherein the further pipe section passes through the wall in the position of use and is immersed in a lining inside the abutment part, wherein the pressure/discharge pipe is configured for introducing a pressure surge by a flash-like introduction of an ignited gas volume through gas outlet openings of the pipe section into the lining, wherein an external trapezoidal thread (6, 6'a) is provided on the pressure/discharge pipe and an internal trapezoidal thread is provided on the ring element of the locking body .
A secondary battery comprising an electrode stack in which an electrode and a separator are combined with each other; a battery case accommodating the electrode stack , and a ground part grounding the electrode stack to the outside of the battery case , wherein the electrode stack comprise a positive electrode terminal and a negative electrode , wherein the ground part comprises: a ground member disposed at one side of the separator to allow abnormal current flowing from the electrode to the one side of the separator to be introduced therein, and a ground line having one side electrically connected to the ground member to ground the ground member to the outside of the battery case so that the abnormal current introduced into the ground member flows to the outside of the battery case , wherein the ground member comprises a ground terminal extending in a lateral direction, and wherein the ground terminal is disposed in a direction in the plan view of the electrode stack in which the positive terminal and the negative terminal are not disposed. an electrode stack in which an electrode and a separator are combined with each other; a battery case accommodating the electrode stack , and a ground part grounding the electrode stack to the outside of the battery case , wherein the electrode stack comprise a positive electrode terminal and a negative electrode , wherein the ground part comprises: a ground member disposed at one side of the separator to allow abnormal current flowing from the electrode to the one side of the separator to be introduced therein, and a ground line having one side electrically connected to the ground member to ground the ground member to the outside of the battery case so that the abnormal current introduced into the ground member flows to the outside of the battery case , a ground member disposed at one side of the separator to allow abnormal current flowing from the electrode to the one side of the separator to be introduced therein, and a ground line having one side electrically connected to the ground member to ground the ground member to the outside of the battery case so that the abnormal current introduced into the ground member flows to the outside of the battery case , wherein the ground member comprises a ground terminal extending in a lateral direction, and wherein the ground terminal is disposed in a direction in the plan view of the electrode stack in which the positive terminal and the negative terminal are not disposed.
An LED lamp, comprising: - a first printed circuit board , - an LED mounted on a first side of the first printed circuit board, - a second printed circuit board , - a rectifier mounted on the second printed circuit board, and - a heat dissipating element connected between the second printed circuit board and a second side of the first printed circuit board for dissipating heat, characterised in that the first printed circuit board has a heat conducting core that is a metal core or a ceramic core, the second printed circuit board has a heat conducting core that is a metal core or a ceramic core, and the heat dissipating element is thermally connected by soldering to the heat conducting core of the first printed circuit board and to the heat conducting core of the second printed circuit board. - a first printed circuit board , - an LED mounted on a first side of the first printed circuit board, - a second printed circuit board , - a rectifier mounted on the second printed circuit board, and - a heat dissipating element connected between the second printed circuit board and a second side of the first printed circuit board for dissipating heat,
A method comprising: (a) isolating a single sperm cell, optionally a human sperm; (b) constructing a single cell RNA-Seq library, a direct RNA measurement library, or a cDNA library; (c) generating a gene expression profile of the single sperm cell by RNA-Seq, direct RNA measurement, or cDNA, wherein the gene expression profile comprises the expression level of each gene from the group consisting of MIR762HG, RP11-315I20.1, TADA2A, MEST, RP11-480I12.10, TMCO2, ZFP36L1, ATP1B3, CRAMP1, SPTY2D1-AS1, TNP1, AC007557.1, ACAP1, MARCKS, CTD-2568A17.1, PRM1, TCEB2, and TMEM31; (d) comparing the expression levels of the genes in the gene expression profile with reference expression levels of the genes in a control healthy sperm; and (e) determining, based on step (d), the risk for autism in the offspring, wherein there is a risk for autism in the offspring if the expression level of each gene in the gene expression profile is upregulated in the sperm as compared to the level of expression of the same gene in a healthy control sperm. (a) isolating a single sperm cell, optionally a human sperm; (b) constructing a single cell RNA-Seq library, a direct RNA measurement library, or a cDNA library; (c) generating a gene expression profile of the single sperm cell by RNA-Seq, direct RNA measurement, or cDNA, wherein the gene expression profile comprises the expression level of each gene from the group consisting of MIR762HG, RP11-315I20.1, TADA2A, MEST, RP11-480I12.10, TMCO2, ZFP36L1, ATP1B3, CRAMP1, SPTY2D1-AS1, TNP1, AC007557.1, ACAP1, MARCKS, CTD-2568A17.1, PRM1, TCEB2, and TMEM31; (d) comparing the expression levels of the genes in the gene expression profile with reference expression levels of the genes in a control healthy sperm; and (e) determining, based on step (d), the risk for autism in the offspring, wherein there is a risk for autism in the offspring if the expression level of each gene in the gene expression profile is upregulated in the sperm as compared to the level of expression of the same gene in a healthy control sperm.
Motor vehicle latch, in particular motor vehicle door latch, comprising a locking mechanism consisting of a catch and at least one pawl , wherein the pawl exerts an opening torque (M 1 , M 2 ) on the catch , wherein the pawl further comprises an arcuate contact region with a ratchet contour of the catch , and wherein the contact region of the pawl has a first arch portion and a second arch portion each having different radii (R 1 , R 2 ), wherein the first arch portion in the closing direction (S) of the locking mechanism has a larger radius (R 1 ) than the following second arch portion having the radius (R 2 ) there, wherein the two arch portions directly adjoin one another in the closing direction (S) of the locking mechanism , whereby the opening torque or opening moment exerted by the pawl on the catch is designed to be variable, specifically such that the opening moment decreases in the closing direction of the locking mechanism , wherein the first arch portion in the closing direction of the locking mechanism is adapted to the ratchet contour of the catch and the first arch portion is overlapped over a defined arch length (L 1 ) by an arcuate contour region of the ratchet contour of the catch .
A printer system, comprising: an arm assembly connected to a printer housing , comprising an upper arm , a lower arm and connections therebetween; a syringe connected to the arm assembly ; a print surface on a stage above which a deposition tip of the syringe is configured to deposit material; and a disposable barrier having an inlet formed in the disposable barrier surrounding the print surface , the disposable barrier being structured to isolate the stage from the arm assembly , the inlet encasing the upper arm and lower arm so as to provide a barrier between the arm assembly and the deposition tip of the syringe , the syringe being positioned in the inlet , wherein motion of the upper arm and of the lower arm is permitted within the inlet , and wherein the deposition tip is not encased within the inlet and is exposed to an environment within the disposable barrier . an arm assembly connected to a printer housing , comprising an upper arm , a lower arm and connections therebetween; a syringe connected to the arm assembly ; a print surface on a stage above which a deposition tip of the syringe is configured to deposit material; and a disposable barrier having an inlet formed in the disposable barrier surrounding the print surface , the disposable barrier being structured to isolate the stage from the arm assembly , the inlet encasing the upper arm and lower arm so as to provide a barrier between the arm assembly and the deposition tip of the syringe , the syringe being positioned in the inlet , wherein motion of the upper arm and of the lower arm is permitted within the inlet , and wherein the deposition tip is not encased within the inlet and is exposed to an environment within the disposable barrier .
Interleukin-18 (IL-18), preferably recombinant IL-18 (rIL-18), for use in the treatment of age-related macular degeneration involving drusen and anaphylatoxin-induced choroidal-neovascularisation.
Method of manufacturing a ceramic element (10, 10', 10") for a timepiece comprising the following steps: a) forming a body (11, 11', 11") made of oxide based ceramic; b) exposing at least one portion (15, 15', 15") of the external surface (F) of the body (11, 11', 11") to a reduction reaction, to remove oxygen atoms to a predetermined depth in order to make said at least one portion (15, 15', 15") electrically conductive; c) depositing a metallic material (16, 16', 16") starting from said at least one electrically conductive portion (15, 15', 15"), and d) machining the body (11, 11', 11") and/or the deposited metallic material (16, 16', 16") in order to provide the element (10, 10', 10") with an aesthetic finish. a) forming a body (11, 11', 11") made of oxide based ceramic; b) exposing at least one portion (15, 15', 15") of the external surface (F) of the body (11, 11', 11") to a reduction reaction, to remove oxygen atoms to a predetermined depth in order to make said at least one portion (15, 15', 15") electrically conductive; c) depositing a metallic material (16, 16', 16") starting from said at least one electrically conductive portion (15, 15', 15"), and d) machining the body (11, 11', 11") and/or the deposited metallic material (16, 16', 16") in order to provide the element (10, 10', 10") with an aesthetic finish.
A credential production device comprising: a processing path ; a transport mechanism configured to feed individual substrates along the processing path; a processing assembly comprising: a supply spool support ; a take-up spool support ; a plurality of ribbon supports that define a ribbon path ; and one of a print head and a transfer roller ; and characterized by at least one assembly guide configured to guide movement of the processing assembly substantially perpendicularly to the processing path between an operating position and a loading position relative to the processing path. a processing path ; a transport mechanism configured to feed individual substrates along the processing path; a processing assembly comprising: a supply spool support ; a take-up spool support ; a plurality of ribbon supports that define a ribbon path ; and one of a print head and a transfer roller ; and characterized by a supply spool support ; a take-up spool support ; a plurality of ribbon supports that define a ribbon path ; and one of a print head and a transfer roller ; and characterized by at least one assembly guide configured to guide movement of the processing assembly substantially perpendicularly to the processing path between an operating position and a loading position relative to the processing path.
A mobile phone , comprising: a wireless receiver adapted to receive a beacon signal from a wireless vaping policy beacon , the beacon signal comprising a unique identifier of the wireless vaping policy beacon, and a common identifier that indicates that the wireless vaping policy beacon transmits vaping policies; a processor adapted to detect within the beacon signal the common identifier, the processor being adapted to then obtain a separate authentication factor relating to the wireless vaping policy beacon; a transmitter adapted to transmit the unique identifier and the authentication factor to a remote beacon authentication server if the common identifier is detected; and a receiver adapted to receive from the remote beacon authentication server indicator data that indicates whether or not the wireless vaping policy beacon is authentic; and in which the processor is adapted to modify operation of the mobile phone in response to the indicator data to transmit, if the wireless vaping policy beacon is authentic, via an established link to an electronic vapour provision system , suitable commands to the electronic vapour provision system to implement a vaping policy received from the wireless vaping policy beacon. a wireless receiver adapted to receive a beacon signal from a wireless vaping policy beacon , the beacon signal comprising a unique identifier of the wireless vaping policy beacon, and a common identifier that indicates that the wireless vaping policy beacon transmits vaping policies; a processor adapted to detect within the beacon signal the common identifier, the processor being adapted to then obtain a separate authentication factor relating to the wireless vaping policy beacon; a transmitter adapted to transmit the unique identifier and the authentication factor to a remote beacon authentication server if the common identifier is detected; and a receiver adapted to receive from the remote beacon authentication server indicator data that indicates whether or not the wireless vaping policy beacon is authentic; and in which the processor is adapted to modify operation of the mobile phone in response to the indicator data to transmit, if the wireless vaping policy beacon is authentic, via an established link to an electronic vapour provision system , suitable commands to the electronic vapour provision system to implement a vaping policy received from the wireless vaping policy beacon.