mhurhangee/patent-ind-claim-en huggingface dataset:
Device for coating extra-long planar substrates in a vacuum coating system, said device having the following features: a) a sequence of chambers disposed on the entry side that are to be passed through by the respective substrate plate , specifically a lock chamber , a buffer chamber , and a transfer chamber , wherein each of these chambers at the entry side is closable in an air-tight manner by means of a flap valve , and wherein the transfer chamber is followed by a region of process chambers , and the process chambers are followed by an exit-side sequence of a transfer chamber , a buffer chamber and a lock chamber ; b) a transport device constructed on rollers; c) a single high-output vacuum pump having an adapter flange in the region of the buffer chamber ; d) at least one flow baffle in the region of the buffer chamber ; e) an installation for the longitudinal displacement of the flow baffles , wherein a sheet metal face which is designed so as to be horizontally displaceable in a further sheet metal pocket that bears tightly on the former serves as the mechanism, f) an installation for the height adjustment of the flow baffles ; and f) an assembly for controlling the movement procedures. a) a sequence of chambers disposed on the entry side that are to be passed through by the respective substrate plate , specifically a lock chamber , a buffer chamber , and a transfer chamber , wherein each of these chambers at the entry side is closable in an air-tight manner by means of a flap valve , and wherein the transfer chamber is followed by a region of process chambers , and the process chambers are followed by an exit-side sequence of a transfer chamber , a buffer chamber and a lock chamber ; b) a transport device constructed on rollers; c) a single high-output vacuum pump having an adapter flange in the region of the buffer chamber ; d) at least one flow baffle in the region of the buffer chamber ; e) an installation for the longitudinal displacement of the flow baffles , wherein a sheet metal face which is designed so as to be horizontally displaceable in a further sheet metal pocket that bears tightly on the former serves as the mechanism, f) an installation for the height adjustment of the flow baffles ; and f) an assembly for controlling the movement procedures.
A method for processing a sequence of images of a scene, said images of the sequence being acquired successively by a vision sensor , said method being characterised in that it includes at least: - a determination (S20), in an image called reference image, of positions of thumbnails, said determination of the positions of the thumbnails in the reference image being carried out independently of the content of said reference image, and - a tracking of said thumbnails, from the positions of the thumbnails in the reference image, in each of a plurality of images called tracking images acquired after said reference image, the tracking of the thumbnails including, for each processed tracking image: - a determination (S21) of a predicted global registration transformation between the reference image and the processed tracking image, - a prediction (S22) of the positions of the thumbnails, in the processed tracking image, according to the positions of the thumbnails in the reference image and the global registration transformation predicted for the processed tracking image, - a search (S23) for the thumbnails in the processed tracking image, from the predicted positions of the thumbnails. - a determination (S20), in an image called reference image, of positions of thumbnails, said determination of the positions of the thumbnails in the reference image being carried out independently of the content of said reference image, and - a tracking of said thumbnails, from the positions of the thumbnails in the reference image, in each of a plurality of images called tracking images acquired after said reference image, the tracking of the thumbnails including, for each processed tracking image: - a determination (S21) of a predicted global registration transformation between the reference image and the processed tracking image, - a prediction (S22) of the positions of the thumbnails, in the processed tracking image, according to the positions of the thumbnails in the reference image and the global registration transformation predicted for the processed tracking image, - a search (S23) for the thumbnails in the processed tracking image, from the predicted positions of the thumbnails. - a determination (S21) of a predicted global registration transformation between the reference image and the processed tracking image, - a prediction (S22) of the positions of the thumbnails, in the processed tracking image, according to the positions of the thumbnails in the reference image and the global registration transformation predicted for the processed tracking image, - a search (S23) for the thumbnails in the processed tracking image, from the predicted positions of the thumbnails.
A pacing device comprising a set of electrodes including a first ventricular electrode and a second ventricular electrode , spatially separated from one another and all coupled to an implantable pulse generator , the device comprising: a processor configured for selecting a first cathode and a first anode from the set of electrodes to form a first pacing vector at a first pacing site along a heart chamber and selecting a second cathode and a second anode from the set of electrodes to form a second pacing vector at a second pacing site along the same heart chamber; a first coupling capacitor coupled to the first pacing vector; a second coupling capacitor coupled to the second pacing vector; the pulse generator configured to deliver first pacing pulses to the first pacing vector and delivering second pacing pulses to the second pacing vector; the pulse generator for generating a recharging current for recharging the first coupling capacitor over a first recharge time period in response to the first pacing pulses; the pulse generator for generating a recharging current for recharging the second coupling capacitor over a second recharge time period in response to the second pacing pulses; and wherein an order of recharging the first and second coupling capacitors is dependent upon ventricular pacing mode, left ventricle to right ventricle delay, (V-V) pace delay, multiple point LV delay, and latest delivered pacing pulses to one of the first and second pacing vectors. a processor configured for selecting a first cathode and a first anode from the set of electrodes to form a first pacing vector at a first pacing site along a heart chamber and selecting a second cathode and a second anode from the set of electrodes to form a second pacing vector at a second pacing site along the same heart chamber; a first coupling capacitor coupled to the first pacing vector; a second coupling capacitor coupled to the second pacing vector; the pulse generator configured to deliver first pacing pulses to the first pacing vector and delivering second pacing pulses to the second pacing vector; the pulse generator for generating a recharging current for recharging the first coupling capacitor over a first recharge time period in response to the first pacing pulses; the pulse generator for generating a recharging current for recharging the second coupling capacitor over a second recharge time period in response to the second pacing pulses; and wherein an order of recharging the first and second coupling capacitors is dependent upon ventricular pacing mode, left ventricle to right ventricle delay, (V-V) pace delay, multiple point LV delay, and latest delivered pacing pulses to one of the first and second pacing vectors.
A time domain resource format configuration method, wherein the method comprises: obtaining , by an integrated access and backhaul, IAB, donor, first time domain resource format information, wherein the first time domain resource format information indicates that time domain resources in a first periodicity are distributed in an order of an uplink time domain resource, a flexible time domain resource, and a downlink time domain resource; and sending , by the IAB donor, the first time domain resource format information to a first IAB node, wherein the first time domain resource format information comprises a bitmap, the bitmap comprises at least one bit, the at least one bit is in one-to-one correspondence with at least one periodicity, and each bit indicates that time domain resources in a periodicity corresponding to the bit are distributed in an order of a downlink time domain resource, a flexible time domain resource, and an uplink time domain resource or distributed in the order of an uplink time domain resource, a flexible time domain resource, and a downlink time domain resource; and the at least one periodicity comprises the first periodicity, the at least one bit comprises a first bit, and the first bit indicates that the time domain resources in the first periodicity are distributed in the order of an uplink time domain resource, a flexible time domain resource, and a downlink time domain resource. obtaining , by an integrated access and backhaul, IAB, donor, first time domain resource format information, wherein the first time domain resource format information indicates that time domain resources in a first periodicity are distributed in an order of an uplink time domain resource, a flexible time domain resource, and a downlink time domain resource; and sending , by the IAB donor, the first time domain resource format information to a first IAB node, wherein the first time domain resource format information comprises a bitmap, the bitmap comprises at least one bit, the at least one bit is in one-to-one correspondence with at least one periodicity, and each bit indicates that time domain resources in a periodicity corresponding to the bit are distributed in an order of a downlink time domain resource, a flexible time domain resource, and an uplink time domain resource or distributed in the order of an uplink time domain resource, a flexible time domain resource, and a downlink time domain resource; and the at least one periodicity comprises the first periodicity, the at least one bit comprises a first bit, and the first bit indicates that the time domain resources in the first periodicity are distributed in the order of an uplink time domain resource, a flexible time domain resource, and a downlink time domain resource.
Use of the compound of the formula (I) to improve the tensile shear strength of cured compositions based on silane-modified prepolymers, where X is selected from the group consisting of -OH, -H, radicals containing 1 to 12 carbon atoms, and a substituent -C(=O)R 1 , where R 1 is selected from the group consisting of -OH, and radicals containing 1 to 25 carbon atoms, and where y = 5 and the radicals R 2 are identical or different and selected from the group consisting of -H, -OH and radicals containing 1 to 12 carbon atoms. where X is selected from the group consisting of -OH, -H, radicals containing 1 to 12 carbon atoms, and a substituent -C(=O)R 1 , where R 1 is selected from the group consisting of -OH, and radicals containing 1 to 25 carbon atoms, and where y = 5 and the radicals R 2 are identical or different and selected from the group consisting of -H, -OH and radicals containing 1 to 12 carbon atoms.
Motor vehicle comprising an interior , - the motor vehicle comprising a projection unit arranged in the interior , which projection unit comprises a projection surface and at least one projector , - the projection unit being designed such that in a normal situation, a light signal can be projected by means of the at least one projector onto a light-reflecting illumination region of the projection surface , - the illumination region of the projection surface being at least partially represented by a light-reflecting roof surface of the motor vehicle facing the interior , and - the projection surface comprising an outwardly transparent glass region , characterized - in that the projection unit is designed such that in an emergency situation, the light signal can be projected outwards through the glass region by means of the at least one projector , and the motor vehicle can be perceived from the outside, - and in that in the emergency situation, the light signal is formed by projecting at least one static or temporally changing pattern and/or at least one static or temporally changing graphic onto the glass region of the projection surface . - the motor vehicle comprising a projection unit arranged in the interior , which projection unit comprises a projection surface and at least one projector , - the projection unit being designed such that in a normal situation, a light signal can be projected by means of the at least one projector onto a light-reflecting illumination region of the projection surface , - the illumination region of the projection surface being at least partially represented by a light-reflecting roof surface of the motor vehicle facing the interior , and - the projection surface comprising an outwardly transparent glass region , - in that the projection unit is designed such that in an emergency situation, the light signal can be projected outwards through the glass region by means of the at least one projector , and the motor vehicle can be perceived from the outside, - and in that in the emergency situation, the light signal is formed by projecting at least one static or temporally changing pattern and/or at least one static or temporally changing graphic onto the glass region of the projection surface .
A computer mouse comprising: a housing comprising an upper portion and a lower portion ; a key top provided at the upper portion ; a lever member coupled to the lower portion via a joint ; a plunger ; a switch comprising a depressible portion in contact with the lever member , the depressible portion being actuated via the lever member and the plunger when the key top is pressed; wherein, when the plunger is depressed, a first distance between the joint and a first point at which the plunger is in contact with the lever member is different from a second distance between the joint and a second point at which the depressible portion is in contact with the lever member ; wherein the first distance is larger than the second distance; a biasing element , the biasing element further comprising a first end and a second end, wherein the first end is coupled to the lever member which is in contact with the depressible portion, and wherein the second end is coupled to the lower portion such that the biasing element is depressed when the plunger is depressed; and characterized in that the biasing element is or comprises a spring and the computer mouse further comprises: an adjustment mechanism configured to adjust a pretension of the biasing element by compressing or expanding the biasing element . a housing comprising an upper portion and a lower portion ; a key top provided at the upper portion ; a lever member coupled to the lower portion via a joint ; a plunger ; a switch comprising a depressible portion in contact with the lever member , the depressible portion being actuated via the lever member and the plunger when the key top is pressed; wherein, when the plunger is depressed, a first distance between the joint and a first point at which the plunger is in contact with the lever member is different from a second distance between the joint and a second point at which the depressible portion is in contact with the lever member ; wherein the first distance is larger than the second distance; a biasing element , the biasing element further comprising a first end and a second end, wherein the first end is coupled to the lever member which is in contact with the depressible portion, and wherein the second end is coupled to the lower portion such that the biasing element is depressed when the plunger is depressed; and characterized in that the biasing element is or comprises a spring and the computer mouse further comprises: an adjustment mechanism configured to adjust a pretension of the biasing element by compressing or expanding the biasing element .
A drive apparatus for a sewing machine comprising: a sleeve secured to an extension shaft (A21) of the sewing machine and having an annular flange ; a rotor disposed on the sleeve and positioned against the flange , wherein the rotor sleeve and extension shaft (A21) are co-rotatable; and a housing having an open end and a closed end and defining an inner space , wherein an annular support formed on the housing is disposed in the inner space at the closed end of the housing and defines a passage through which a free end of the sleeve extends, wherein a stator set is disposed in the inner space and is positioned by abutting the annular support, characterized in that a fan is mounted on the free end of the sleeve outside of the housing and has an inner end face that abuts the flange to position the fan on the sleeve, wherein a hood is fastened to the housing to cover said fan , wherein the hood includes a releasable sleeve end cover , and wherein the sleeve end cover is configured to detach from the hood 70A and be replaced by a cylindrical adapter , the cylindrical adapter being configured to connect an attachment member to the sleeve . a sleeve secured to an extension shaft (A21) of the sewing machine and having an annular flange ; a rotor disposed on the sleeve and positioned against the flange , wherein the rotor sleeve and extension shaft (A21) are co-rotatable; and a housing having an open end and a closed end and defining an inner space , wherein an annular support formed on the housing is disposed in the inner space at the closed end of the housing and defines a passage through which a free end of the sleeve extends, wherein a stator set is disposed in the inner space and is positioned by abutting the annular support, characterized in that a fan is mounted on the free end of the sleeve outside of the housing and has an inner end face that abuts the flange to position the fan on the sleeve, wherein a hood is fastened to the housing to cover said fan , wherein the hood includes a releasable sleeve end cover , and wherein the sleeve end cover is configured to detach from the hood 70A and be replaced by a cylindrical adapter , the cylindrical adapter being configured to connect an attachment member to the sleeve .
A detection circuit optimized for low sensor voltages comprising a microprocessor , the microprocessor comprising an integrated analog-to-digital converter with an input pin, the integrated analog-to-digital converter being configured to digitize an input voltage in the range of no more than 2 V, said detection circuit also comprising a transformation circuit for transforming a sensor signal, said transformation circuit being connected to the input pin of the integrated analog-to-digital converter , wherein the transformation circuit comprises an impedance converter for transforming the impedance of the sensor signal and a plurality of only passive electric components and the transformation circuit is configured to transform the sensor signal based on the impedance converter and on the plurality of only passive electric components and the impedance converter is configured to ensure that a current fed into the input pin of the analog-to-digital converter is sufficient for the functioning of the analog-to-digital converter , whenever due to ambient temperature dependence the input current of the analog-to-digital converter becomes excessive. a microprocessor , the microprocessor comprising an integrated analog-to-digital converter with an input pin, the integrated analog-to-digital converter being configured to digitize an input voltage in the range of no more than 2 V, said detection circuit also comprising a transformation circuit for transforming a sensor signal, said transformation circuit being connected to the input pin of the integrated analog-to-digital converter , wherein the transformation circuit comprises an impedance converter for transforming the impedance of the sensor signal and a plurality of only passive electric components and the transformation circuit is configured to transform the sensor signal based on the impedance converter and on the plurality of only passive electric components and the impedance converter is configured to ensure that a current fed into the input pin of the analog-to-digital converter is sufficient for the functioning of the analog-to-digital converter , whenever due to ambient temperature dependence the input current of the analog-to-digital converter becomes excessive.
A system, comprising: a hub to receive first electronic data from a first document source wherein the first electronic data comprises identification of a first intended recipient; and a processor to: review the first electronic data to identify the first electronic data as being associated with a first document type; in response to the first electronic data being associated with the first document type, classify the first electronic data with a first tag; classify the first electronic data with a second tag based on the first intended recipient; in response to the first electronic data being classified with the first tag, parse the first electronic data to extract first selected data from the first electronic data; verify an identity of the first intended recipient; and grant the first intended recipient access to the first selected data based on the verified identity. a hub to receive first electronic data from a first document source wherein the first electronic data comprises identification of a first intended recipient; and a processor to: review the first electronic data to identify the first electronic data as being associated with a first document type; in response to the first electronic data being associated with the first document type, classify the first electronic data with a first tag; classify the first electronic data with a second tag based on the first intended recipient; in response to the first electronic data being classified with the first tag, parse the first electronic data to extract first selected data from the first electronic data; verify an identity of the first intended recipient; and grant the first intended recipient access to the first selected data based on the verified identity. review the first electronic data to identify the first electronic data as being associated with a first document type; in response to the first electronic data being associated with the first document type, classify the first electronic data with a first tag; classify the first electronic data with a second tag based on the first intended recipient; in response to the first electronic data being classified with the first tag, parse the first electronic data to extract first selected data from the first electronic data; verify an identity of the first intended recipient; and grant the first intended recipient access to the first selected data based on the verified identity.