mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a first chip comprising a first circuit element, a first interconnect pad in electrical contact with the first circuit element, and a barrier layer on the first interconnect pad; a superconducting bump bond on the barrier layer; and a second chip joined to the first chip by the superconducting bump bond, the second chip comprising a first quantum circuit element, wherein the superconducting bump bond provides an electrical connection between the first circuit element and the first quantum circuit element, characterised in that the barrier layer is titanium nitride. a first chip comprising a first circuit element, a first interconnect pad in electrical contact with the first circuit element, and a barrier layer on the first interconnect pad; a superconducting bump bond on the barrier layer; and a second chip joined to the first chip by the superconducting bump bond, the second chip comprising a first quantum circuit element, wherein the superconducting bump bond provides an electrical connection between the first circuit element and the first quantum circuit element,
Device for protecting an area of the human body including a joint, comprising an outer shell made of an elastically deformable material and an inner shock-absorbing protective element, intended to be placed facing the body, said device being able to be deformed laterally so as to match the shape of the body in said area, and comprising, along a longitudinal axis, a first portion (103, 203) intended to cover said joint, and a second portion (104, 204) intended to cover a portion of a limb next to said joint, said first portion and said second portion being connected by a folding area (105, 205) for folding along a transverse axis of the device, characterized in that the device comprises retaining means for maintaining same in each given lateral deformation position, comprising at least two deformable rigid transverse inserts secured to said shell and respectively positioned either side of the folding area (105, 205).
A multivalent immunogenic composition comprising polysaccharide-protein conjugates consisting of pneumococcal capsular polysaccharides from Streptococcus pneumoniae serotypes 1, 3, 4, 5, 6A, 6B, 7F, 9V, 14, 18C, 19A, 19F and 23F individually conjugated to CRM 197, and further comprising 2-phenoxyethanol (2-PE) at a concentration of between 7 mg/mL and 15 mg/mL.
A method comprising: a control panel of a security system transmitting a beacon through a wireless access point located within a secured area, wherein the security system includes a plurality of wireless sensors (18, 20) that detect threats within the secured area; providing a portable wireless setup device in a geographic location proximate the wireless access point; the portable wireless setup device reading at least a unique identifier of the security system from the beacon received through the wireless access point; relocating the portable wireless setup device to a geographic location proximate to a first wireless sensor of the plurality of wireless sensors and activating the first wireless sensor; the activated first wireless sensor reading the unique identifier of the security system from the portable wireless setup device; and the activated first wireless sensor automatically registering with the control panel through the wireless access point based upon the unique identifier read from a low-power beacon retransmitted by the portable wireless setup device. a control panel of a security system transmitting a beacon through a wireless access point located within a secured area, wherein the security system includes a plurality of wireless sensors (18, 20) that detect threats within the secured area; providing a portable wireless setup device in a geographic location proximate the wireless access point; the portable wireless setup device reading at least a unique identifier of the security system from the beacon received through the wireless access point; relocating the portable wireless setup device to a geographic location proximate to a first wireless sensor of the plurality of wireless sensors and activating the first wireless sensor; the activated first wireless sensor reading the unique identifier of the security system from the portable wireless setup device; and the activated first wireless sensor automatically registering with the control panel through the wireless access point based upon the unique identifier read from a low-power beacon retransmitted by the portable wireless setup device.
Application of a method for controlling the exposure of a camera system in a motor vehicle which is equipped with at least two driver assistance functions, wherein a sequence of images of the vehicle surroundings is taken with an optimal exposure time with a camera system and the optimal exposure time is predefined as a function of the ambient brightness and/or the brightness of individual objects in the image and as a function of a first driver assistance function, and at least two driver assistance functions are executed based on the image data of the camera system, wherein the image data taken with the optimal exposure time are used for the first driver assistance function, characterised in that at least one intermediate image with a short, predefined exposure time, i.e. an exposure time shorter than the optimal exposure time, is taken when the optimal exposure time is longer than a predefined threshold, wherein the threshold is predefined in such a manner that motion blur in the intermediate image is avoided, and the image data taken with a short exposure time are used for the second driver assistance function.
An electric power tool comprising a motor, a power transmission unit configured to decelerate rotational power of the motor and transmit the rotational power to an output shaft and configured to be capable of changing a speed reduction ratio, a speed shift actuator configured to shift the speed reduction ratio of the power transmission unit, a torque detector configured to detect a load torque applied to the output shaft, and a controller configured to control the speed shift actuator to shift the speed reduction ratio of the power transmission unit in accordance with the detected load torque, the electric power tool being characterized in that when the load torque detected by the torque detector increases within a predetermined period from a speed shifting condition threshold, which is set to perform a control that increases the speed reduction ratio, to a locking condition threshold, which is set to detect locking of the motor, the controller determines that the motor is locked and does not perform the control for increasing the speed reduction ratio of the power transmission unit.
Dryer drum for domestic waste, comprising discharge blades, a drum wall, having at least one inlet opening, at least one outlet opening, an interior space subdivided by bulkheads, the bulkheads extending substantially transversely to the longitudinal extent of the dryer drum and having a flow channel extending substantially continuously from the inlet opening to the outlet opening along a central region of the dryer drum, wherein at least one substantially continuous heavy material transport channel extends through at least two successive bulkheads along the drum wall of the dryer drum in the direction of the outlet opening, wherein the flow channel extends coaxially along the dryer drum through central flow openings of the bulkheads, characterized in that the flow cross sections of successive flow openings in the upstream part of the dryer drum increase in the direction from the inlet opening to the outlet opening, a downstream part of the dryer drum comprising one third or half of the longitudinal extent of the dryer drum.
Programme-controlled unit comprising - a crossbar with a multiplicity of ports, - a multiplicity of devices (102-1, 102-2, 102-n-1, 102-n) which are connected to the ports of the crossbar and can exchange data via the crossbar, and - debug resources for detecting the events and states occurring in the programme-controlled unit, - wherein the ports of the crossbar comprise a diagnostic port, and - wherein the addresses, data and/or control signals which are transmitted between two other ports of the crossbar are additionally also supplied to the diagnostic port, characterized - in that only the debug resources are connected to the diagnostic port of the crossbar, and - in that the debug resources control the supply of addresses, data and/or control signals to the debug resources. - a crossbar with a multiplicity of ports, - a multiplicity of devices (102-1, 102-2, 102-n-1, 102-n) which are connected to the ports of the crossbar and can exchange data via the crossbar, and - debug resources for detecting the events and states occurring in the programme-controlled unit, - wherein the ports of the crossbar comprise a diagnostic port, and - wherein the addresses, data and/or control signals which are transmitted between two other ports of the crossbar are additionally also supplied to the diagnostic port, characterized - in that only the debug resources are connected to the diagnostic port of the crossbar, and - in that the debug resources control the supply of addresses, data and/or control signals to the debug resources.
Apparatus for recording a real time sequence of information signal packets (TS packet) comprising A/V information, the signal packets being MPEG2 Transport Stream Packets, on a record carrier, the sequence comprising at intervals of multiple information signal packets, Program Clock Reference information to lock a local clock at a receiving site to a clock at a transmitting site, the apparatus comprising receiving means for receiving the information signal packets, a local System Time Clock Counter for generating counts time stamp generating means for generating a time stamp corresponding to an arrival time of the information signal packets, writing means for recording the generated time stamps and information signal packets on the record carrier, the apparatus characterized by the time stamp generating means comprising an Application Packet Arrival Time Stamp (APAT) counter for generating an Application Packet Arrival Time Stamp (APAT) when a packet is received based on the local System Time Clock counter, the Application Packet Arrival Counter (APAT) 20 being set with the Application Packet Arrival Time (APAT) time stamp from a first information signal packet, the time stamp generating means enabled to determine a number of counts of the local System Time Clock Counter between said Application Packet Arrival Time Stamp (APAT) and the Application Packet Arrival Time Stamp (APAT) of the first information signal packet comprising Program Clock Reference information; the time stamp generating means enabled to subtract said number of counts from a Program Clock Reference value of the Program Clock Reference Information to retrieve a System Time Counter start value (STC-start); the writing means adapted to record on the record carrier the sequence of information signal packets with the appended Application Packet Arrival Time Stamps (APAT) and the System Time Counter start value (STC-start) as an attribute of the sequence.
A device for electrolyte balancing for retrofitting an extracorporeal blood treatment machine, in particular a hemodialysis machine, comprising: - a sensor unit, having - at least a first measuring device for detecting a sodium content of a used dialysis fluid, - a connection portion or part (7a, 8a) for preferably adaptively connecting the sensor unit to the fluid circuit of a blood treatment machine, such that the first measuring device is suitable for detecting the sodium content, and - an electronics and evaluation unit operating independently of the extracorporeal blood treatment machine, which analyzes the sodium content detected by the first measuring device and determines a recommendation for a sodium content of a fresh dialysis fluid in dependence on the detected sodium content, and - a preferably combined input/output interface which is configured to output to a user the recommendation for the sodium content of the fresh dialysis fluid determined by the electronics and evaluation unit, and - a power supply configured independently of the extracorporeal blood treatment machine. - a sensor unit, having - at least a first measuring device for detecting a sodium content of a used dialysis fluid, - a connection portion or part (7a, 8a) for preferably adaptively connecting the sensor unit to the fluid circuit of a blood treatment machine, such that the first measuring device is suitable for detecting the sodium content, and - an electronics and evaluation unit operating independently of the extracorporeal blood treatment machine, which analyzes the sodium content detected by the first measuring device and determines a recommendation for a sodium content of a fresh dialysis fluid in dependence on the detected sodium content, and - a preferably combined input/output interface which is configured to output to a user the recommendation for the sodium content of the fresh dialysis fluid determined by the electronics and evaluation unit, and - a power supply configured independently of the extracorporeal blood treatment machine.
A projection focusing method, comprising: acquiring a current motor position, and acquiring a first projection distance value corresponding to the current motor position according to a preset projection distance and motor position mapping relation, wherein the current motor position is a motor position after last focusing,and the mapping relation is M=Log (a) x + b, wherein a is a value determined by focusing structure parameters, x represents a projection distance, b represents a difference between different machines, and M represents a motor position; acquiring a current projection distance as a second projection distance value, and acquiring a target motor position corresponding to the second projection distance value according to a preset projection distance and motor position mapping relation, wherein the current projection distance is a distance between a projection device and a projection surface; determining a focusing direction according to the first projection distance value and the second projection distance value, and converting the target motor position into a target motor position range according to a preset motor position error; and driving the motor to move from a starting point of the target motor position range to an end point of the target motor position range according to the focusing direction, calculating a definition value of a current projection picture each step that the motor is driven to move, and completing focusing when the motor is driven to move to a motor position with a highest definition value of a projection picture. acquiring a current motor position, and acquiring a first projection distance value corresponding to the current motor position according to a preset projection distance and motor position mapping relation, wherein the current motor position is a motor position after last focusing,and the mapping relation is M=Log (a) x + b, wherein a is a value determined by focusing structure parameters, x represents a projection distance, b represents a difference between different machines, and M represents a motor position; acquiring a current projection distance as a second projection distance value, and acquiring a target motor position corresponding to the second projection distance value according to a preset projection distance and motor position mapping relation, wherein the current projection distance is a distance between a projection device and a projection surface; determining a focusing direction according to the first projection distance value and the second projection distance value, and converting the target motor position into a target motor position range according to a preset motor position error; and driving the motor to move from a starting point of the target motor position range to an end point of the target motor position range according to the focusing direction, calculating a definition value of a current projection picture each step that the motor is driven to move, and completing focusing when the motor is driven to move to a motor position with a highest definition value of a projection picture.
A surgical system for performing a surgical procedure comprising: a machining tool having a first contact surface having a first hardness; and a stationary tool (202, 202', 310) having a second contact surface at least partially formed of a magnesium alloy, the second contact surface being biocompatible and bioabsorbable and having a second hardness, characterized in that the first hardness is greater than the second hardness, and in that the second contact surface of the stationary tool includes a magnesium alloy coating. a machining tool having a first contact surface having a first hardness; and a stationary tool (202, 202', 310) having a second contact surface at least partially formed of a magnesium alloy, the second contact surface being biocompatible and bioabsorbable and having a second hardness, characterized in that the first hardness is greater than the second hardness, and in that the second contact surface of the stationary tool includes a magnesium alloy coating.
Digital display mechanism for a split-seconds chronograph allowing the measurement of an intermediate time, comprising a split-seconds control device for activating and deactivating the display mechanism, a split-seconds mobile, a stopping member to immobilize or release the split-seconds mobile when the split-seconds chronograph mechanism is activated respectively deactivated, a return device configured so as to recall the split-seconds mobile in a predetermined angular position relative to the angular position of a chronograph mobile, when the display mechanism is deactivated; the display mechanism having an intermediate time display module comprising at least one digital display mobile (31, 36) configured to display an indication of the intermediate time when the display mechanism is activated; characterised in that the split-second mobile comprises a first split-second cam integrally united to a split-second wheel; and wherein the intermediate time display module comprises a first rake comprising a first rake feeler arranged to cooperate with the first split-seconds cam when the display mechanism is activated, so as to pivot the first rake according to the angular position of the first split-seconds cam; the intermediate time display mobile comprising a first digital display mobile cooperating with the first rake in order to display an indication of the intermediate time. the display mechanism having an intermediate time display module comprising at least one digital display mobile (31, 36) configured to display an indication of the intermediate time when the display mechanism is activated; characterised in that the split-second mobile comprises a first split-second cam integrally united to a split-second wheel; and wherein the intermediate time display module comprises a first rake comprising a first rake feeler arranged to cooperate with the first split-seconds cam when the display mechanism is activated, so as to pivot the first rake according to the angular position of the first split-seconds cam; the intermediate time display mobile comprising a first digital display mobile cooperating with the first rake in order to display an indication of the intermediate time.
Host communication circuit that is adapted to be connected to a client communication circuit by means of a single signal wire, the host communication circuit being configured - to perform a voltage modulation on the signal wire by generating a voltage modulated signal (VDEN) based on a reference clock signal (SYNCLK); - in a first period of a clock cycle of the reference clock signal (SYNCLK), to generate the voltage modulated signal (VDEN) with a significant voltage change having a high gradient based on a clock edge of the reference clock signal (SYNCLK); - in a second period of the clock cycle, to generate the voltage modulated signal (VDEN) with a voltage variation with a low gradient that is basically constant during said second period, wherein the clock cycle consists of the first period and the second period, and wherein the first period is shorter than the second period; and - to demodulate a current modulated signal (IDEN) received during the second period via the signal wire from a connected client communication circuit. - to perform a voltage modulation on the signal wire by generating a voltage modulated signal (VDEN) based on a reference clock signal (SYNCLK); - in a first period of a clock cycle of the reference clock signal (SYNCLK), to generate the voltage modulated signal (VDEN) with a significant voltage change having a high gradient based on a clock edge of the reference clock signal (SYNCLK); - in a second period of the clock cycle, to generate the voltage modulated signal (VDEN) with a voltage variation with a low gradient that is basically constant during said second period, wherein the clock cycle consists of the first period and the second period, and wherein the first period is shorter than the second period; and - to demodulate a current modulated signal (IDEN) received during the second period via the signal wire from a connected client communication circuit.
A copolymer comprising a polymer derived from (a) monomer, wherein monomer comprises either an α-olefin or a vinyl aromatic monomer; (b) monomer, wherein monomer is derived from maleic anhydride or maleic acid, which contains less than 20 mol % of monomer, based on the combined mole percent of and, wherein at least a portion of the anhydride or dicarboxylic acid groups derived from monomer are subsequently reacted with: (i) a compound containing at least one tertiary or heterocyclic amine site and at least one additional group capable of reacting with dicarboxylic acid, or anhydride functional groups, and (ii) a polyetheramine. (a) monomer, wherein monomer comprises either an α-olefin or a vinyl aromatic monomer; (b) monomer, wherein monomer is derived from maleic anhydride or maleic acid, which contains less than 20 mol % of monomer, based on the combined mole percent of and, (i) a compound containing at least one tertiary or heterocyclic amine site and at least one additional group capable of reacting with dicarboxylic acid, or anhydride functional groups, and (ii) a polyetheramine.