mhurhangee/patent-ind-claim-en huggingface dataset:
An air blowing assembly comprising; a radial fan having a body , an air inlet and a main air blowing port provided on the body , wherein said air inlet is positioned perpendicularly to said main air blowing port , and a fan wheel positioned on the air inlet in the body , for blowing air received from the air inlet through at least the main air blowing port and a supplementary air blowing apparatus mounted on the radial fan, with at least one air duct which, when the supplementary air blowing apparatus is mounted on the radial fan, is positioned on the opposite surface of the body where the air inlet is not present; at least one flow separator fitted into the main air blowing port such that a part of the air blown by the fan wheel towards the main air blowing port is directed to the air duct by splitting the air; and at least one supplementary air blowing port positioned, mounted on the radial fan, parallel and next to the main air blowing port , wherein the supplementary air blowing port is connected from one end to the air duct and comprises another end for discharging the air that is in the air duct characterized in that the air duct is connected to the supplementary air blowing port , whose portion connected to the flow separator extends from the main air blowing port and bends 180° on the main air blowing port on which it is fitted, then bends 180° centered about the fan wheel on which it is fitted and advances on said opposite surface on which it is fitted.
Linear breech carbine, comprising: - a barrel, - the breech which is moveable in translation relative to the barrel and which comprises a breech head adapted to be engaged inside one end of the barrel, the breech head accommodating in the interior a striking pin which is loaded elastically by a spring, - a trigger for retaining the striking pin, - a locking mechanism for selectively locking the breech head in a configuration engaged in the interior of the barrel, this mechanism comprising a lever which is moveable between an unlocked position and a locked position, characterised in that the course of the lever between the unlocked position and the locked position comprises: - a first section, along which the lever opposes release of the striking pin under the force of the spring and pushes the striking pin into a configuration where the trigger no longer cooperates with the striking pin, and - a second section, along which the striking pin is returned into a configuration where it is able to cooperate with the trigger and where the lever , then in the locked position, no longer opposes release of the striking pin . - a barrel, - the breech which is moveable in translation relative to the barrel and which comprises a breech head adapted to be engaged inside one end of the barrel, the breech head accommodating in the interior a striking pin which is loaded elastically by a spring, - a trigger for retaining the striking pin, - a locking mechanism for selectively locking the breech head in a configuration engaged in the interior of the barrel, this mechanism comprising a lever which is moveable between an unlocked position and a locked position, - a first section, along which the lever opposes release of the striking pin under the force of the spring and pushes the striking pin into a configuration where the trigger no longer cooperates with the striking pin, and - a second section, along which the striking pin is returned into a configuration where it is able to cooperate with the trigger and where the lever , then in the locked position, no longer opposes release of the striking pin .
An aqueous composition formulated for intranasal administration for use in the treatment of a disorder selected from the group consisting of an autism spectrum disorder, a social anxiety disorder, an obsessive-compulsive disorder, a social communication disorder, an attention deficit hyperactivity disorder, Prader-Willi syndrome, Timothy syndrome, Fragile-X syndrome, Rett syndrome, or Williams syndrome in an individual in need thereof, wherein the composition comprises between 8 μg and 1000 μg of an oxytocin peptide and between 0.11% to 1.65 % (w/v) of magnesium ions, wherein the molar ratio of the oxytocin peptide to the magnesium ions is 1:800 to 1:1600, and wherein the composition produces a synergistic effect when used in said treatment.
A computer-implemented method for processing queries in analytical web applications over encrypted data, the method being executed using one or more processors and comprising: receiving, by a database driver executed on a server-side computing device and from a client-side proxy , a query and one or more encryption keys , the one or more encryption keys having been selected by the client-side proxy based on operations required to perform the query; performing at least one operation of the query to provide a query result including encrypted data; providing, by the database driver , a first query part and a second query part based on the query, the first query part comprising the at least one operation; and transmitting, by the database driver , the second query part to the client-side proxy with lower-level encrypted data, wherein processing the lower-level encrypted data to provide plaintext data is performed by the client-side proxy based on the second query part. receiving, by a database driver executed on a server-side computing device and from a client-side proxy , a query and one or more encryption keys , the one or more encryption keys having been selected by the client-side proxy based on operations required to perform the query; performing at least one operation of the query to provide a query result including encrypted data; providing, by the database driver , a first query part and a second query part based on the query, the first query part comprising the at least one operation; and transmitting, by the database driver , the second query part to the client-side proxy with lower-level encrypted data, wherein processing the lower-level encrypted data to provide plaintext data is performed by the client-side proxy based on the second query part.
A fluid dynamic structure comprising: a surface ; a microstructure defined by a plurality of peaks and valleys on at least a portion of said surface, the microstructure including a transition region in which each peak and valley changes from a first profile defined by a first spacing (S) and a first height (H) to a second profile defined by a second spacing (S) and a second height (H) at a predetermined distance (D) along a chord length of said fluid dynamic structure , the second profile being different than the first profile, said peaks having a wedge-shaped configuration with side walls (W) defining a taper angle (A) between about 5 degrees and about 60 degrees; wherein the microstructure reduces noise generated by turbulent airflow across the fluid dynamic structure ; and wherein the peaks and valleys are orientated with their longitudinal direction parallel to the chord length of the fluid dynamic structure , characterised in that the height (H) of the peaks is in a range between about 30% and about 70% of the channel spacing (S). a surface ; a microstructure defined by a plurality of peaks and valleys on at least a portion of said surface, the microstructure including a transition region in which each peak and valley changes from a first profile defined by a first spacing (S) and a first height (H) to a second profile defined by a second spacing (S) and a second height (H) at a predetermined distance (D) along a chord length of said fluid dynamic structure , the second profile being different than the first profile, said peaks having a wedge-shaped configuration with side walls (W) defining a taper angle (A) between about 5 degrees and about 60 degrees; wherein the microstructure reduces noise generated by turbulent airflow across the fluid dynamic structure ; and wherein the peaks and valleys are orientated with their longitudinal direction parallel to the chord length of the fluid dynamic structure , characterised in that the height (H) of the peaks is in a range between about 30% and about 70% of the channel spacing (S).
An oil-in-water analyzer comprising an electronic equipment enclosure , the enclosure having a rectangular front end , a rectangular rear end , and a body extending between the front end and the rear end , characterized in that the body is provided with at least one expandable folded section , said at least one expandable folded section being arranged to expand in response to increased pressure within the enclosure thereby increasing the volume defined by the enclosure, wherein said at least one folded section comprises a recessed annular channel running around the entire periphery of the body .
A synergistic composition comprising dry extracts of Myrciaria dubia and Echinacea purpurea containing: a) 4 to 40% of the total weight of the composition of an extract of Myrciaria dubia and b) 30 to 80% of the total weight of the composition of an extract of Echinacea purpurea. a) 4 to 40% of the total weight of the composition of an extract of Myrciaria dubia and b) 30 to 80% of the total weight of the composition of an extract of Echinacea purpurea.
Method for controlling at least one electronic appliance using a remote device such as a remote control comprising control means and an appliance selection means among a plurality of appliances, said method comprising - an association programming step (3.2) between a control means and an appliance among a plurality of appliances, - a device activation step in a first mode (3.1) where the control means control the selected appliance by the selection means, - a device activation step in a second mode (3.4) where several appliances at least are controlled by the control means according to associations created during the programming step, characterised in that : - the appliance selection means among a plurality of appliance also makes it possible to activate the second mode. - an association programming step (3.2) between a control means and an appliance among a plurality of appliances, - a device activation step in a first mode (3.1) where the control means control the selected appliance by the selection means, - a device activation step in a second mode (3.4) where several appliances at least are controlled by the control means according to associations created during the programming step, - the appliance selection means among a plurality of appliance also makes it possible to activate the second mode.
A computer-implemented method of creating a hierarchical dictionary for use in image compression comprising: extracting a number of symbols from a given image, subsequent to a first image, of a multi-page binary document ; constructing a number of refinement dictionary entries based on the symbols, the refinement dictionary entries forming a refinement dictionary for the given image; constructing a stored dictionary for the given image by combining one or more refinement dictionaries, and one or more direct dictionaries, created from a number of previous images, before the given image, in the multi-page binary document ; determining if a number of the refinement dictionary entries match stored dictionary entries of the stored dictionary ; and constructing a direct dictionary for the given image by encoding unmatched refinement dictionary entries ; wherein the hierarchical dictionary comprises the refinement dictionary , the direct dictionary , and the stored dictionary . extracting a number of symbols from a given image, subsequent to a first image, of a multi-page binary document ; constructing a number of refinement dictionary entries based on the symbols, the refinement dictionary entries forming a refinement dictionary for the given image; constructing a stored dictionary for the given image by combining one or more refinement dictionaries, and one or more direct dictionaries, created from a number of previous images, before the given image, in the multi-page binary document ; determining if a number of the refinement dictionary entries match stored dictionary entries of the stored dictionary ; and constructing a direct dictionary for the given image by encoding unmatched refinement dictionary entries ; wherein the hierarchical dictionary comprises the refinement dictionary , the direct dictionary , and the stored dictionary .
A rate matching processing method for coding, comprising: dividing N coded bits output by a polar encoder into M groups, and performing interleaving processing on the coded bits in the 1 st group to the M th group separately, wherein N and M are positive integers; sequentially outputting N RM 1 coded bits on which the interleaving processing is performed, starting from the 1 st group, into a virtual IR buffer module, wherein N RM 1 =min( N , N IR ), N RM 1 is a positive integer, and N IR represents a size of the virtual IR buffer module; comparing N data , a quantity of available bits of a transmission channel, with N RM 1 , and performing, according to a comparison result, repetition or reduction processing on the coded bits stored in the virtual IR buffer module, to obtain bits after repetition or bits after reduction, wherein N data is a positive integer; and concatenating and sending , through the transmission channel, the bits after repetition or reduction, wherein a quantity of the bits after repetition or bits after reduction is equal to N data . dividing N coded bits output by a polar encoder into M groups, and performing interleaving processing on the coded bits in the 1 st group to the M th group separately, wherein N and M are positive integers; sequentially outputting N RM 1 coded bits on which the interleaving processing is performed, starting from the 1 st group, into a virtual IR buffer module, wherein N RM 1 =min( N , N IR ), N RM 1 is a positive integer, and N IR represents a size of the virtual IR buffer module; comparing N data , a quantity of available bits of a transmission channel, with N RM 1 , and performing, according to a comparison result, repetition or reduction processing on the coded bits stored in the virtual IR buffer module, to obtain bits after repetition or bits after reduction, wherein N data is a positive integer; and concatenating and sending , through the transmission channel, the bits after repetition or reduction, wherein a quantity of the bits after repetition or bits after reduction is equal to N data .
A powered device for augmenting a joint function of a human during a gait cycle, the device comprising: a powered actuator for supplying at least one of an augmentation torque and an impedance to a joint; and a controller configured to modulate the augmentation torque, the impedance, and a joint equilibrium according to a phase of the gait cycle to provide at least a biomimetic response, characterized in that the powered actuator comprises a series-elastic actuator comprising a transverse-flux motor . a powered actuator for supplying at least one of an augmentation torque and an impedance to a joint; and a controller configured to modulate the augmentation torque, the impedance, and a joint equilibrium according to a phase of the gait cycle to provide at least a biomimetic response, characterized in that the powered actuator comprises a series-elastic actuator comprising a transverse-flux motor .
Sealing ring configured for being mounted on a first element that is movable with rotary motion around a rotation axis (X) and for making an axial seal between said first element and a second element, wherein said elements are movable relative to one another, said sealing ring being made of rubber, or elastomeric material, and comprising: - an annular fixing portion arranged to maintain the sealing ring locked in position on said first element; - an annular sealing lip provided with a sealing portion suitable for contacting said second element, said annular sealing lip being made in a single body with said annular fixing portion ; - reinforcement means embedded in said annular fixing portion , wherein said reinforcement means comprises a garter spring that does not protrude outside walls that bound said annular fixing portion ; characterized in that a space inside a coil of said garter spring is occupied by the material of said annular fixing portion . - an annular fixing portion arranged to maintain the sealing ring locked in position on said first element; - an annular sealing lip provided with a sealing portion suitable for contacting said second element, said annular sealing lip being made in a single body with said annular fixing portion ; - reinforcement means embedded in said annular fixing portion , wherein said reinforcement means comprises a garter spring that does not protrude outside walls that bound said annular fixing portion ; characterized in that a space inside a coil of said garter spring is occupied by the material of said annular fixing portion .
Module connector, in particular battery cell connector, - for connecting at least one connection part and at least one housing part , - having at least one contact socket associated with the housing part and at least one contact bolt arranged on the connection part , - wherein the connection part and the housing part being formed for the attachment and/or for the accommodation of at least one module , in particular at least one battery module, - wherein the contact socket having contact lamellae arranged essentially in the form of a ring and a contact plate bounding the contact socket on the end face, and - wherein the connection part and the housing part can be connected to one another in a form-fitting and force-fitting manner by means of a plug connection between the contact bolt and the contact socket , in that contact forces act on the outer lateral surface of the contact lamellae and the contact forces press the contact lamellae against the contact bolt characterized in - that the housing part has at least one projection surrounding the contact socket in an essentially cylindrical manner, - that the module connector has a connecting part having an outer cylindrical region and an inner cylindrical region and which can be connected to the projection , and - that the wall thickness of the inner cylindrical region tapers in the direction of the housing part and/or the wall thickness of the projection tapers in the direction of the connecting part . - for connecting at least one connection part and at least one housing part , - having at least one contact socket associated with the housing part and at least one contact bolt arranged on the connection part , - wherein the connection part and the housing part being formed for the attachment and/or for the accommodation of at least one module , in particular at least one battery module, - wherein the contact socket having contact lamellae arranged essentially in the form of a ring and a contact plate bounding the contact socket on the end face, and - wherein the connection part and the housing part can be connected to one another in a form-fitting and force-fitting manner by means of a plug connection between the contact bolt and the contact socket , in that contact forces act on the outer lateral surface of the contact lamellae and the contact forces press the contact lamellae against the contact bolt characterized in - that the housing part has at least one projection surrounding the contact socket in an essentially cylindrical manner, - that the module connector has a connecting part having an outer cylindrical region and an inner cylindrical region and which can be connected to the projection , and - that the wall thickness of the inner cylindrical region tapers in the direction of the housing part and/or the wall thickness of the projection tapers in the direction of the connecting part .
An unmanned underwater vehicle for use in cold surroundings, the unmanned underwater vehicle comprising a hydraulic system that further comprises - a hydraulic circuit ; - a pump configured to pressurize a flow of hydraulic fluid (F) via the hydraulic circuit ; - a valve system comprising control valves disposed in the hydraulic circuit for controlling the flow of hydraulic fluid (F) through the hydraulic circuit ; and - a controller configured to receive a temperature input related to a temperature (T) of the hydraulic fluid (F) and control at least one of the valves in view of the temperature input and to activate or maintain circulation of the hydraulic fluid (F) through at least part of the hydraulic circuit based on a condition that the temperature (T) hydraulic fluid (F) is below a predetermined minimum temperature (Tmin). - a hydraulic circuit ; - a pump configured to pressurize a flow of hydraulic fluid (F) via the hydraulic circuit ; - a valve system comprising control valves disposed in the hydraulic circuit for controlling the flow of hydraulic fluid (F) through the hydraulic circuit ; and - a controller configured to receive a temperature input related to a temperature (T) of the hydraulic fluid (F) and control at least one of the valves in view of the temperature input and to activate or maintain circulation of the hydraulic fluid (F) through at least part of the hydraulic circuit based on a condition that the temperature (T) hydraulic fluid (F) is below a predetermined minimum temperature (Tmin).
A power control method for a wind turbine plant, wherein the power control method comprises: controlling (S10) rotational speed and torque of a generator of the wind turbine plant based on an optimal rotational speed torque curve and a specific rotational speed torque curve, when receiving a power-limiting operation instruction or a power-releasing operation instruction; wherein, for each point on the optimal rotational speed torque curve, the specific rotational speed torque curve includes a point on an isopower curve starting from said point that satisfies a predetermined condition, and wherein the predetermined condition is that a corresponding power value of said point on the isopower curve is lower than a power value corresponding to a point on the optimal rotational speed torque curve at the same rotational speed value as said point on the isopower curve by a predetermined value, characterized by making primary frequency adjustment in response to a primary frequency adjustment instruction, by using the wind turbine plant itself to raise or lower the torque without changing the speed. controlling (S10) rotational speed and torque of a generator of the wind turbine plant based on an optimal rotational speed torque curve and a specific rotational speed torque curve, when receiving a power-limiting operation instruction or a power-releasing operation instruction; wherein, for each point on the optimal rotational speed torque curve, the specific rotational speed torque curve includes a point on an isopower curve starting from said point that satisfies a predetermined condition, and wherein the predetermined condition is that a corresponding power value of said point on the isopower curve is lower than a power value corresponding to a point on the optimal rotational speed torque curve at the same rotational speed value as said point on the isopower curve by a predetermined value, characterized by making primary frequency adjustment in response to a primary frequency adjustment instruction, by using the wind turbine plant itself to raise or lower the torque without changing the speed.
Feed additive for monogastric animal feed comprising at least two TRP modulators capable of improving calcium uptake in the intestine of a monogastric animal, and a controlled release agent, wherein the feed additive comprises carvacrol and vanillin.