mhurhangee/patent-ind-claim-en huggingface dataset:
Photovoltaic energy generation device comprising several cells (11; 111), each cell (11; 111) comprising a photovoltaic cell , the said photovoltaic cell comprising one or more elementary photovoltaic cell(s), the photovoltaic energy generation device comprising several subsets of cells (11; 111) and switchs (103, 104; K7, K8, K9) disposed between these subsets able to dispose two subsets in series or in parallel, characterized in that the said photovoltaic cell comprises a storage element connected to its terminals.
A communications device for use in a wireless communications system comprising an infrastructure equipment and the communications device, the communications device being configured to transmit an uplink channel to the infrastructure equipment in a plurality of allocated subcarriers, wherein the communications device comprises circuitry for one or more modulation symbol repetition blocks , each configured to receive modulated symbols mapped to one of a plurality of modulated symbol sets and to repeat each of the received modulated symbols within each of the plurality of modulated symbol sets, circuitry for a precoder block configured to carry out a precoder function on the repeated modulation symbols, the precoder function comprising multiplying each of the repeated modulation symbols by an element of a precoder vector to produce precoded symbols, and circuitry for a discrete Fourier transform, DFT, block configured to carry out a DFT on the precoded symbols, wherein the precoder function directs energy of the output of the DFT to fall upon a selected one of the allocated subcarriers such that, at the output of the DFT, only the precoded and transformed symbols in the selected one of the allocated subcarriers have a non-zero magnitude. circuitry for one or more modulation symbol repetition blocks , each configured to receive modulated symbols mapped to one of a plurality of modulated symbol sets and to repeat each of the received modulated symbols within each of the plurality of modulated symbol sets, circuitry for a precoder block configured to carry out a precoder function on the repeated modulation symbols, the precoder function comprising multiplying each of the repeated modulation symbols by an element of a precoder vector to produce precoded symbols, and circuitry for a discrete Fourier transform, DFT, block configured to carry out a DFT on the precoded symbols, wherein the precoder function directs energy of the output of the DFT to fall upon a selected one of the allocated subcarriers such that, at the output of the DFT, only the precoded and transformed symbols in the selected one of the allocated subcarriers have a non-zero magnitude.
Over-pressure indicator , comprising a cup-shaped body having, on its bottom , a hole inside which is sealably housed a mobile element loaded by a spring towards the bottom of the cup-shaped body, the mobile element facing a sensitive part of the indicator intended to communicate with an area where it is wanted to verify the pressure, the mobile element being coupled with a signaller of a movement thereof, whereby the signaller is configured to indicate the intervention status of the indicator, the spring being pressed by a pre-loading ring nut screwed onto the cup-shaped body , characterized in that the pre-loading ring nut is torsionally coupled in a removable manner with an interchangeable calibration cap of the indicator, the interchangeable calibration cap having a surface (S) that abuts on the ring nut and at least one stop that, when it abuts against a portion of the cup-shaped body , limits a further screwing of the pre-loading ring nut , wherein the calibration cap has a distance (P1-P6) between the stop and the surface (S) which is optimized to provide a desired pre-load to the spring , thus determining the pressure beyond which a movement of the mobile element is allowed, said movement causing the intervention of the indicator, so that, by coupling the interchangeable calibration cap having the stop and the surface (S) configured to set the desired intervention pressure with the indicator and screwing it in fully, it is possible to set the desired intervention pressure of the indicator.
System for securing data (DBk), comprising: a monotonic counter ; a calculation entity ; a physical data medium comprising one or a plurality of data blocks (DBk1, DBk2, DBk3, DBk4), a first master block (MBk1) comprising a value equal to a current value of the monotonic counter plus 1 (V c + 1), an identifier (ID last ) of the last data block (DBk) written on said medium , a first authentication code (Auth_A) guaranteeing the authenticity of the data block or blocks written, a second authentication code (Auth_B) calculated on the basis of the last data block written, these data being fixed at a neutral value, and a third authentication code (Auth_C) guaranteeing the authenticity of the first master block (MBk1), and a second master block (MBk2) forming a replica of the first master block (MBk1); and an authentication key . a monotonic counter ; a calculation entity ; a physical data medium comprising one or a plurality of data blocks (DBk1, DBk2, DBk3, DBk4), a first master block (MBk1) comprising a value equal to a current value of the monotonic counter plus 1 (V c + 1), an identifier (ID last ) of the last data block (DBk) written on said medium , a first authentication code (Auth_A) guaranteeing the authenticity of the data block or blocks written, a second authentication code (Auth_B) calculated on the basis of the last data block written, these data being fixed at a neutral value, and a third authentication code (Auth_C) guaranteeing the authenticity of the first master block (MBk1), and a second master block (MBk2) forming a replica of the first master block (MBk1); and an authentication key .
A thermal insulating structure comprising: at least two first multilayer vacuum insulators that adjoin each other and that cover a to-be-insulated surface , each first multilayer vacuum insulator being a multilayer vacuum insulator in which radiation shield films and spacers are layered alternately; a retainer that is fixed to the to-be-insulated surface and that protrudes from a boundary between the first multilayer vacuum insulators; a second multilayer vacuum insulator that extends along the boundary and that covers the boundary, each second multilayer vacuum insulator being a multilayer vacuum insulator in which radiation shield films and spacers are layered alternately, the second multilayer vacuum insulator including a through-hole formed therein, in which the retainer is inserted; and a keep plate that is fixed to the retainer and that holds the second multilayer vacuum insulator and the first multilayer vacuum insulators. at least two first multilayer vacuum insulators that adjoin each other and that cover a to-be-insulated surface , each first multilayer vacuum insulator being a multilayer vacuum insulator in which radiation shield films and spacers are layered alternately; a retainer that is fixed to the to-be-insulated surface and that protrudes from a boundary between the first multilayer vacuum insulators; a second multilayer vacuum insulator that extends along the boundary and that covers the boundary, each second multilayer vacuum insulator being a multilayer vacuum insulator in which radiation shield films and spacers are layered alternately, the second multilayer vacuum insulator including a through-hole formed therein, in which the retainer is inserted; and a keep plate that is fixed to the retainer and that holds the second multilayer vacuum insulator and the first multilayer vacuum insulators.
Suction device configured for a laser processing machine with a laser processing head which can be moved over a workpiece holder , - with a fan and several flaps which are to be opened selectively in order to generate an air flow and which are in communication with the fan , and - with a control configured to detect the position and the operating state of the laser processing head and to control the flaps as a function of the detected position and operating state of the laser processing head , and characterized in that the control is configured to determine a future position and the operating state of the laser processing head corresponding to this position on the basis of a processing plan via a reference to the processing plan and to control the flaps as a function of the future position and the operating state of the laser processing head corresponding to this future position. - with a fan and several flaps which are to be opened selectively in order to generate an air flow and which are in communication with the fan , and - with a control configured to detect the position and the operating state of the laser processing head and to control the flaps as a function of the detected position and operating state of the laser processing head , and
Method for making a precision coupling between a pump shaft and a hollow member for a pump member , characterized in that it comprises the steps of: a. prearranging a said hollow member comprising a substantially cylindrical central cavity and intended for being coupled with a said pump shaft ; b. making at said central cavity a ribbed profile comprising a plurality of protrusions distributed around said central cavity , said protrusions comprising a first number of centering protrusions made according to a centering sizing and a second number of transmission protrusions made according to a transmission sizing different with respect to said centering sizing, said centering sizing being suitable to produce in the coupling with said pump shaft a centering play reduced with respect to a coupling play produced by said transmission sizing; c. prearranging said hollow member for its coupling with said pump shaft carrying on its external surface a conjugate ribbed profile having respective conjugated protrusions . a. prearranging a said hollow member comprising a substantially cylindrical central cavity and intended for being coupled with a said pump shaft ; b. making at said central cavity a ribbed profile comprising a plurality of protrusions distributed around said central cavity , said protrusions comprising a first number of centering protrusions made according to a centering sizing and a second number of transmission protrusions made according to a transmission sizing different with respect to said centering sizing, said centering sizing being suitable to produce in the coupling with said pump shaft a centering play reduced with respect to a coupling play produced by said transmission sizing; c. prearranging said hollow member for its coupling with said pump shaft carrying on its external surface a conjugate ribbed profile having respective conjugated protrusions .
A method of estimating a skew value of a local clock of a time client compared with a master clock of a time server, the method including the steps of: exchanging, between the time server and the time client, timing messages and timestamps representing the times of sending and times of receipt of the timing messages; and estimating a skew value of the local clock using a least squares fitting algorithm, characterised in that the least squares fitting algorithm minimises a cost function between each data point in a dataset and a zero skew state, wherein each data point in the dataset represents a phase offset of the local clock calculated from the timestamps. exchanging, between the time server and the time client, timing messages and timestamps representing the times of sending and times of receipt of the timing messages; and estimating a skew value of the local clock using a least squares fitting algorithm, characterised in that the least squares fitting algorithm minimises a cost function between each data point in a dataset and a zero skew state, wherein each data point in the dataset represents a phase offset of the local clock calculated from the timestamps.
Migalastat or salt thereof for use in the treatment of Fabry disease in a patient having an α-galactosidase A protein comprising a HEK assay amenable mutation selected from the group consisting of N34D, N34T, G35V, I133M, F145S, P146R, L167V, L180W, R196G, M208R, I219L, Q221P, N224T, I242T, Q250R, Q250H, G261S, G261C, I303F, K326N, F337S, E358Q, and G375E.
A suspension for a pull construction , the suspension being formed by two or more tow arms , the tow arms being connected to each other by means of at least one connection profile connecting the tow arms and comprising a centrally disposed mounting element by means of which the connecting profile can be induced to rotate, the mounting element comprising a first holding part disposed on the connecting profile and a second holding part connected to the first holding part in an articulated manner by means of a joint , characterized in that the mounting element comprises a profile part on or in which the connecting profile is received rotatably about the longitudinal axis thereof.
Chuck for machine tools, in particular for lathes, having a chuck body defining a chuck axis (X) and having in its front end face a plurality of guide grooves extending radially to the chuck axis (X) for receiving clamping jaws , wherein a driving jaw unit is associated with each guide groove , which driving jaw unit is movable parallel to the guide groove in a guide pocket arranged behind the guide groove in the chuck body and engages through an elongated passage opening connecting the guide groove and the guide pocket in the axial direction and projects into the guide groove , wherein each driving jaw unit comprises a driving jaw which can be brought into engagement via a front toothing with a corresponding counter- toothing of a clamping jaw , characterized in that in each guide groove there is provided a flat sealing element which can be moved radially with the driving jaw units , rests against the groove base and has a central recess in which the driving jaw unit engages. which driving jaw unit is movable parallel to the guide groove in a guide pocket arranged behind the guide groove in the chuck body and engages through an elongated passage opening connecting the guide groove and the guide pocket in the axial direction and projects into the guide groove , wherein each driving jaw unit comprises a driving jaw which can be brought into engagement via a front toothing with a corresponding counter- toothing of a clamping jaw ,
An ultrasound probe , comprising: a probe head , including: a transducer array with a transducing surface located on a first side of the probe head; an instrument guide ; and a light source configured to emit light from a second side of the probe head, the second side being opposite to the first side, such that a light emission path of the light source is in a direction opposite to the transducing surface. a transducer array with a transducing surface located on a first side of the probe head; an instrument guide ; and a light source configured to emit light from a second side of the probe head, the second side being opposite to the first side, such that a light emission path of the light source is in a direction opposite to the transducing surface.
An apparatus, comprising: an engine stop module structured to receive a stop command , the stop command providing an indication of an engine transitioning to an off state; an engine position module structured to: receive position data indicative of a position of a crankshaft of the engine ; and determine a stop position of the crankshaft based on the position data when the engine is in the off state; an engine restart module 136 structured to receive a restart command , the restart command providing an indication of the engine transitioning from the off state to an on state; and an engine ignition module structured to facilitate a restart of the engine to the on state responsive to the restart command , wherein the engine ignition module is structured to determine a first viable cylinder to begin combustion in based on the determined stop position of the crankshaft and a firing order for the engine , wherein the first viable cylinder is a cylinder immediately following a cylinder that would have experienced a next combustible event according to the firing order but for the engine reaching the off state. an engine stop module structured to receive a stop command , the stop command providing an indication of an engine transitioning to an off state; an engine position module structured to: receive position data indicative of a position of a crankshaft of the engine ; and determine a stop position of the crankshaft based on the position data when the engine is in the off state; receive position data indicative of a position of a crankshaft of the engine ; and determine a stop position of the crankshaft based on the position data when the engine is in the off state; an engine restart module 136 structured to receive a restart command , the restart command providing an indication of the engine transitioning from the off state to an on state; and an engine ignition module structured to facilitate a restart of the engine to the on state responsive to the restart command , wherein the engine ignition module is structured to determine a first viable cylinder to begin combustion in based on the determined stop position of the crankshaft and a firing order for the engine , wherein the first viable cylinder is a cylinder immediately following a cylinder that would have experienced a next combustible event according to the firing order but for the engine reaching the off state.
A compound for use in diabetic wound healing, wherein the compound is salsolinol.
Ejector assembly for a movable furniture part , for example a drawer , composed of two ejector units which are interconnected by a synchronizing bar , wherein the ejector units are provided for ejecting the movable furniture part in an opening direction of an item of furniture in relation to a furniture base unit of the item of furniture , and wherein the synchronizing bar synchronizes a switching function of the ejector units , wherein at least one ejector unit is designed in such a manner that the synchronizing bar on a receptacle of the first ejector unit is slidable so far in an insertion direction B that said synchronizing bar is able to be introduced into a receptacle of an opposite second ejector unit , wherein positioning means for positioning the synchronizing bar in a functional position between the ejector units are provided, characterized in that the receptacle of the first ejector unit comprises a transmission member which is designed in such a manner that the synchronizing bar on the receptacle of the first ejector unit in a front region , in a first movement performed perpendicularly to the insertion direction B, is insertable into the transmission member and subsequently, in a further movement in the insertion direction B, is able to be plugged into the transmission member , wherein the transmission member possesses lips which guide the synchronizing bar during the insertion procedure into the receptacle of the first ejector unit , and wherein the lips comprise or encompass an external contour of the synchronizing bar that in the cross section of the longitudinal axis of the synchronizing bar is non-circular, so that the synchronizing bar couples to the transmission member in a substantially form-fitting manner in such a way that a force or rotating movement of the receptacle can be transmitted to the synchronizing bar .
A glass or glass ceramic article having a decorative coating, comprising: - a glass or glass ceramic substrate with - a decoration layer , and - a sealing layer ; wherein the decoration layer is applied to at least some surface portions of the glass or glass ceramic substrate ; and the sealing layer is applied to at least portions of the decoration layer and/or of the glass or glass ceramic substrate ; and wherein the decoration layer is a cured sol-gel coating that includes inorganic solid particles ; and the sealing layer is a cured silicone-based coating that includes inorganic solid particles ; characterized in that the proportion of the inorganic solid particles of the sealing layer is between 10 and 70 wt%, preferably between 20 and 50 wt%, and most preferably between 30 and 40 wt% of the total weight of the sealing layer ; and that the solid particles included in the sealing layer comprise at least pigment particles ; and that the inner porosity of the pigmented sealing layer is <30 m 2 /g, more preferably <20 m 2 /g, most preferably <10 m 2 /g, - a glass or glass ceramic substrate with - a decoration layer , and - a sealing layer ; wherein
A computer-implemented method for generating personalized videos with customized text messages, the method comprising: receiving a video template including: a sequence of frame images ; and preset text parameters defining an animation of a preset text, wherein the preset text parameters describe visual effects applied to the preset text; generating , based on the preset text and the preset text parameters, a configuration file , the configuration file including text parameters defining rendering the preset text for each of the frame images, the text parameters including a position of the preset text in at least one frame image of the sequence of frame images ; receiving an input text ; rendering , based on the configuration file , an output video comprising the sequence of frame images featuring the input text rendered according to the text parameters; while playing back the output video : providing a user with a first option to change the position of the input text and a second option to replace the input text with a new input text; and dynamically changing, in the output video , the position of the input text and replacing, in the output video , the input text with the new input text; and sending the output video to a further computing device via a communication chat. receiving a video template including: a sequence of frame images ; and preset text parameters defining an animation of a preset text, wherein the preset text parameters describe visual effects applied to the preset text; a sequence of frame images ; and preset text parameters defining an animation of a preset text, wherein the preset text parameters describe visual effects applied to the preset text; generating , based on the preset text and the preset text parameters, a configuration file , the configuration file including text parameters defining rendering the preset text for each of the frame images, the text parameters including a position of the preset text in at least one frame image of the sequence of frame images ; receiving an input text ; rendering , based on the configuration file , an output video comprising the sequence of frame images featuring the input text rendered according to the text parameters; while playing back the output video : providing a user with a first option to change the position of the input text and a second option to replace the input text with a new input text; and dynamically changing, in the output video , the position of the input text and replacing, in the output video , the input text with the new input text; and providing a user with a first option to change the position of the input text and a second option to replace the input text with a new input text; and dynamically changing, in the output video , the position of the input text and replacing, in the output video , the input text with the new input text; and sending the output video to a further computing device via a communication chat.