mhurhangee/patent-ind-claim-en huggingface dataset:
A hand-push scrubber capable of multi-directional cleaning, comprising a main body , a frame , a handle connecting rod , a handle , a button , a hub motor , a swing head , and a vacuum motor , the main body comprising a brush disc motor , a motor mounting plate , a rotating assembly , a squeegee assembly, a locker , and a brush disc , characterized in that the button is respectively disposed on both sides of the handle, and the hub motor is respectively disposed on both sides of the frame symmetrically, a convex column is formed outward from a center of an upper side of the locker, the rotating assembly is disposed between the motor mounting plate and the locker, the squeegee assembly capable of swinging upward and downward is disposed on the rotating assembly, and the rotating assembly comprises a connecting sleeve , a mounting sleeve , and a bottom cover ring , the connecting sleeve being fixed on a lower surface of the motor mounting plate, a sleeve portion being formed outward from a center of the lower surface of the connecting sleeve, the sleeve portion being sleeved on an exterior of the convex column, the mounting sleeve being rotatably sleeved at an outer side of the sleeve portion, an upper side of the bottom cover ring being fixed at a lower end of the sleeve portion, the bottom cover ring being sleeved on the exterior of the convex column, and the squeegee assembly being disposed on an outer side of the mounting sleeve.
A communication method, comprising: sending , by a network device , first indication information to a terminal device , wherein the first indication information is used to indicate a bandwidth part, BWP, to be activated other than a primary BWP to the terminal device, and the primary BWP is a BWP keeping activated between the terminal device and the network device; communicating , by the network device , with the terminal device in the activated BWP indicated by the first indication information and the primary BWP; and sending, by the network device , second indication information to the terminal device , wherein the second indication information is used to indicate a resource, occupied by the terminal device, in the primary BWP and the activated BWP; wherein the second indication information comprises a first bitmap, and a value of a bit in the first bitmap is used to indicate whether the terminal device occupies a resource, that corresponds to the bit, in the primary BWP and the activated BWP; and the first bitmap is determined based on a quantity of resource blocks comprised in a reference BWP, and a quantity of resource blocks comprised in the primary BWP and the activated BWP. sending , by a network device , first indication information to a terminal device , wherein the first indication information is used to indicate a bandwidth part, BWP, to be activated other than a primary BWP to the terminal device, and the primary BWP is a BWP keeping activated between the terminal device and the network device; communicating , by the network device , with the terminal device in the activated BWP indicated by the first indication information and the primary BWP; and sending, by the network device , second indication information to the terminal device , wherein the second indication information is used to indicate a resource, occupied by the terminal device, in the primary BWP and the activated BWP; wherein the second indication information comprises a first bitmap, and a value of a bit in the first bitmap is used to indicate whether the terminal device occupies a resource, that corresponds to the bit, in the primary BWP and the activated BWP; and the first bitmap is determined based on a quantity of resource blocks comprised in a reference BWP, and a quantity of resource blocks comprised in the primary BWP and the activated BWP.
A wound sealing film comprising: a first layer having a first surface and a second surface, said first layer comprising a first polymer composition; a second layer having a first surface and a second surface, said second layer comprising an adhesive; and a third layer having a first surface and a second surface, said third layer comprising a polymeric gel, wherein the second layer is positioned between the first layer and the third layer, the third layer comprising a plurality of perforations defined by ribs having an average cross-section length parallel to the first surface and the second surface of the third layer of between 1 to 6 mm. a first layer having a first surface and a second surface, said first layer comprising a first polymer composition; a second layer having a first surface and a second surface, said second layer comprising an adhesive; and a third layer having a first surface and a second surface, said third layer comprising a polymeric gel, wherein the second layer is positioned between the first layer and the third layer, the third layer comprising a plurality of perforations defined by ribs having an average cross-section length parallel to the first surface and the second surface of the third layer of between 1 to 6 mm.
A mutant eukaryotic algal microorganism having attenuated expression of a gene encoding a Zn Cys fungal-type DNA binding domain-containing polypeptide, wherein the Zn -C fungal-type DNA-binding domain polypeptide has at least 65% identity to an amino acid sequence selected from the group consisting of: SEQ ID NO:2, SEQ ID NO:17, SEQ ID NO:5, SEQ ID NO:6, SEQ ID NO:7, SEQ ID NO:8, SEQ ID NO:9, SEQ ID NO:10, SEQ ID NO:11, SEQ ID NO:12, SEQ ID NO:13, SEQ ID NO:14, SEQ ID NO:15, and SEQ ID NO:16, wherein the mutant produces at least 50% more fatty acid methyl ester-derivatizable lipids (FAME lipids) than a control microorganism from which the mutant microorganism is directly derived, not having the attenuated expression of the gene and at least 70% of the amount of biomass accumulated by the control microorganism when the mutant microorganism and control microorganism are cultured under nitrogen replete conditions under which the control microorganism is accumulating biomass.
A method for pressing a pressure roller against a draw-off roller of a workstation of a textile machine , the pressure roller can be transferred by means of an actuator of the workstation from a working position (I) in which said roller is pressed against the draw-off roller , into a piecing position (II) in which said roller is raised away from the draw-off roller , and transferred back again, wherein the pressure roller is pressed against the draw-off roller in the working position (I) by a pre-tensioned spring element characterized in that in the working position (I) of the pressure roller , the spring element is pretensioned by the actuator , whereby the spring element is operatively connected to the actuator .
An electrical conductor aligning device that is adapted to align a plurality of substantially U-shaped electrical conductors in an annular shape while overlapping in a circumferential direction, the device comprising: a plurality of holding sections provided in an annular shape that is adapted to hold one leg of each of the electrical conductors ; wherein the plurality of holding sections is adapted to align the plurality of electrical conductors in an annular shape at intervals not overlapping in the circumferential direction; and a moving part that is adapted to cause the plurality of holding sections to move in a radial direction, characterized in that the moving part is adapted to cause the plurality of holding sections to move to an inner side in the radial direction, and wherein the moving part is provided with slide mechanisms and cylinder mechanisms adapted to move the plurality of holding sections by utilizing driving force of the cylinder mechanisms . a plurality of holding sections provided in an annular shape that is adapted to hold one leg of each of the electrical conductors ; wherein the plurality of holding sections is adapted to align the plurality of electrical conductors in an annular shape at intervals not overlapping in the circumferential direction; and a moving part that is adapted to cause the plurality of holding sections to move in a radial direction, characterized in that the moving part is adapted to cause the plurality of holding sections to move to an inner side in the radial direction, and wherein the moving part is provided with slide mechanisms and cylinder mechanisms adapted to move the plurality of holding sections by utilizing driving force of the cylinder mechanisms .
Method for controlling an electric motor (M), implemented in a variable speed drive (SD), said variable speed drive (SD) being connected to the electric motor through a transformer (TR), which comprises a primary and a secondary, said primary of the transformer being connected to output phases of the variable speed drive and said secondary of the transformer being connected to said electric motor, consisting in: - executing an identification sequence of the transformer (TR) for determining at least gain data (ki) representing a transfer performed by the transformer (TR); - generating a transfer module (M4) based on said determined gain data; - determining a start-up sequence of the electric motor (M) to be implemented by the variable speed drive (SD) by executing said transfer module (M4) on a reference current path, characterized in that said identification sequence comprises: - generating a voltage profile comprising a variable frequency, so as to define a plurality of successive frequency operating points (ωst_i); - for each frequency operating point (ωst_i), a first measure of the current (Ip_i) and/or of the voltage (Vp_i) at the primary of the transformer and a second measure, respectively, of the current (Is_i) and/or of the voltage (Vs_i) at the secondary of the transformer; - determining the gain between the primary and the secondary of the transformer for each frequency operating point. - executing an identification sequence of the transformer (TR) for determining at least gain data (ki) representing a transfer performed by the transformer (TR); - generating a transfer module (M4) based on said determined gain data; - determining a start-up sequence of the electric motor (M) to be implemented by the variable speed drive (SD) by executing said transfer module (M4) on a reference current path, - generating a voltage profile comprising a variable frequency, so as to define a plurality of successive frequency operating points (ωst_i); - for each frequency operating point (ωst_i), a first measure of the current (Ip_i) and/or of the voltage (Vp_i) at the primary of the transformer and a second measure, respectively, of the current (Is_i) and/or of the voltage (Vs_i) at the secondary of the transformer; - determining the gain between the primary and the secondary of the transformer for each frequency operating point.
A quantum memristor, comprising: a first quantum dot QD1 which is capacitively coupled to a second quantum dot QD2, a source electrode, a drain electrode, and a bath electrode, wherein said source electrode and said drain electrode are coupled via quantum tunnelling to QD1 and said bath electrode is coupled via quantum tunnelling to QD2, and wherein QD2 is capacitively coupled to either the source electrode or the drain electrode. a first quantum dot QD1 which is capacitively coupled to a second quantum dot QD2, a source electrode, a drain electrode, and a bath electrode, wherein said source electrode and said drain electrode are coupled via quantum tunnelling to QD1 and said bath electrode is coupled via quantum tunnelling to QD2, and wherein QD2 is capacitively coupled to either the source electrode or the drain electrode.
A mobile terminal for providing a content push service, the mobile terminal comprising: a memory for storing applications for receiving various push contents and an application operation module for executing the applications ; and a controller for receiving an activation request of the application operation module , which is to be connected to a server through a user datagram protocol, UDP, port, from the server , for activating the application operation module that is stored in the memory for executing an application stored in the memory for receiving push contents provided by the server through the UDP port; wherein, the controller is adapted to set the UDP port between the mobile terminal and the server and activate the application operation module, and the mobile terminal is adapted to execute the push contents through the executed application. a memory for storing applications for receiving various push contents and an application operation module for executing the applications ; and a controller for receiving an activation request of the application operation module , which is to be connected to a server through a user datagram protocol, UDP, port, from the server , for activating the application operation module that is stored in the memory for executing an application stored in the memory for receiving push contents provided by the server through the UDP port; wherein, the controller is adapted to set the UDP port between the mobile terminal and the server and activate the application operation module, and the mobile terminal is adapted to execute the push contents through the executed application.
Guide for elevators comprising at least two faces adapted to cooperate with the slides of an elevator car and / or counterweight, characterized in that at least one of said faces is provided with a series of cavities arranged continuously and homogeneously along its surface in a width f between 5 and 40mm, wherein the cavities have a width d, a depth h and whose centers are separated by a distance s, the following conditions being fulfilled: 50 μ m = < d < = 200 μ m , 6 μ m = < h < = 18 μm and 150 μ m = < s < = 1400 μ m .
A mouthpiece-type teeth cleaner, comprising: conduits embedded in the mouthpiece, wherein one end of the conduits is provided with small hole openings ; the teeth cleaner further comprises an excitation source, configure to generate one or more groups of alternating excitation signals, wherein one or more cleaning operations, with different cleaning actions applied to various parts of the teeth are generated according to the excitation signals; a bristle module arranged on the mouthpiece; a hollow bulge communicated with a channel of the conduits and arranged on a wall surface of the conduits ; and a plurality of actuation modules connected with the excitation source and arranged in the mouthpiece; wherein, said one end of the conduits is corresponding to a relevant position of the tooth; another end of the conduits is connected with the excitation source; and in the mouthpiece, a correlation between the cleaning operation and the cleaning action and each part of applied tooth is established in advance, and the correlation enabling each position of the tooth of the user to be individually cleaned. conduits embedded in the mouthpiece, wherein one end of the conduits is provided with small hole openings ; the teeth cleaner further comprises an excitation source, configure to generate one or more groups of alternating excitation signals, wherein one or more cleaning operations, with different cleaning actions applied to various parts of the teeth are generated according to the excitation signals; a bristle module arranged on the mouthpiece; a hollow bulge communicated with a channel of the conduits and arranged on a wall surface of the conduits ; and a plurality of actuation modules connected with the excitation source and arranged in the mouthpiece; wherein, said one end of the conduits is corresponding to a relevant position of the tooth; another end of the conduits is connected with the excitation source; and in the mouthpiece, a correlation between the cleaning operation and the cleaning action and each part of applied tooth is established in advance, and the correlation enabling each position of the tooth of the user to be individually cleaned. an excitation source, configure to generate one or more groups of alternating excitation signals, wherein one or more cleaning operations, with different cleaning actions applied to various parts of the teeth are generated according to the excitation signals; a bristle module arranged on the mouthpiece; a hollow bulge communicated with a channel of the conduits and arranged on a wall surface of the conduits ; and a plurality of actuation modules connected with the excitation source and arranged in the mouthpiece; wherein, said one end of the conduits is corresponding to a relevant position of the tooth; another end of the conduits is connected with the excitation source; and in the mouthpiece, a correlation between the cleaning operation and the cleaning action and each part of applied tooth is established in advance, and the correlation enabling each position of the tooth of the user to be individually cleaned.
A device comprising: a magnetic stripe emulator for communicating a magnetic stripe data track, wherein said magnetic stripe emulator comprises a coil; a processor ; and a drive circuit coupled to said magnetic stripe emulator; characterised by : said drive circuit including a first operational amplifier and a second operational amplifier , wherein the first operational amplifier is configured to act as an impedance buffer, and the second operational amplifier is configured to provide current to the magnetic stripe emulator. a magnetic stripe emulator for communicating a magnetic stripe data track, wherein said magnetic stripe emulator comprises a coil; a processor ; and a drive circuit coupled to said magnetic stripe emulator; characterised by : said drive circuit including a first operational amplifier and a second operational amplifier , wherein the first operational amplifier is configured to act as an impedance buffer, and the second operational amplifier is configured to provide current to the magnetic stripe emulator.
Label for application by surround winding to an article to be identified, consisting of a non-adhesive top side and an adhesive bottom side by which the label is secured on the article , the top side having a print region for accommodating printing, the label taking the form of a strip with a length (L) which is greater than the periphery (U) of the article to be labelled, where - adjacent to the print region in the lengthwise direction of the label there is a transparent winding tab , - the length (LW) of the winding tab is at least equal to the periphery (U) of the article to be labelled, - the winding tab , with the label applied on the article , is wound on the print region and covers the print region , characterized in that - in the print region between the top side and the bottom side there is an RFID transponder . - adjacent to the print region in the lengthwise direction of the label there is a transparent winding tab , - the length (LW) of the winding tab is at least equal to the periphery (U) of the article to be labelled, - the winding tab , with the label applied on the article , is wound on the print region and covers the print region , - in the print region between the top side and the bottom side there is an RFID transponder .
A composition of vitamins for use in a method for preventing, treating or delaying Alzheimer's disease, wherein the composition comprises vitamin B1 referring to thiamine; vitamin B2 referring to riboflavin; vitamin B3 referring to nicotinic acid; vitamin B5 referring to pantothenic acid; vitamin B6 referring to pyridoxine; vitamin B7 referring to biotin; vitamin B9 referring to folic acid; vitamin B12 referring to cyanocobalamine; and vitamin C referring to ascorbic acid. vitamin B2 referring to riboflavin; vitamin B3 referring to nicotinic acid; vitamin B5 referring to pantothenic acid; vitamin B6 referring to pyridoxine; vitamin B7 referring to biotin; vitamin B9 referring to folic acid; vitamin B12 referring to cyanocobalamine; and vitamin C referring to ascorbic acid.
A pharmaceutical composition deliverable from a metered dose inhaler, comprising: a suspension medium comprising a pharmaceutically acceptable propellant; at least three different species of active agent particles, wherein each of the at least three different species of active agent particles comprises a different active agent, wherein a first species of active agent particles comprises glycopyrrolate including any pharmaceutically acceptable salts, esters, or solvates thereof, a second species of active agent particles comprises formoterol including any pharmaceutically acceptable salts, esters, or solvates thereof, and a third species of active agent particles comprises beclomethasone, budesonide, ciclesonide, flunisolide, fluticasone, methyl-prednisolone, mometasone, prednisone and triamcinolone, including any pharmaceutically acceptable salts, esters, or solvates thereof and at least 50% of the active agent particle material by volume exhibits an optical diameter of 4 μm or less; and one or more species of respirable suspending particles; wherein at least one species of respirable suspending particles comprises perforated phospholipid microstructures; wherein a total mass of the at least one species of suspending particles exceeds a total mass of the at least one species of active agent particles, and the three or more different species of active agent particles co-locate with the respirable suspending particles within the suspension medium to form a co-suspension. a suspension medium comprising a pharmaceutically acceptable propellant; at least three different species of active agent particles, wherein each of the at least three different species of active agent particles comprises a different active agent, wherein a first species of active agent particles comprises glycopyrrolate including any pharmaceutically acceptable salts, esters, or solvates thereof, a second species of active agent particles comprises formoterol including any pharmaceutically acceptable salts, esters, or solvates thereof, and a third species of active agent particles comprises beclomethasone, budesonide, ciclesonide, flunisolide, fluticasone, methyl-prednisolone, mometasone, prednisone and triamcinolone, including any pharmaceutically acceptable salts, esters, or solvates thereof and at least 50% of the active agent particle material by volume exhibits an optical diameter of 4 μm or less; and one or more species of respirable suspending particles; wherein at least one species of respirable suspending particles comprises perforated phospholipid microstructures; wherein a total mass of the at least one species of suspending particles exceeds a total mass of the at least one species of active agent particles, and the three or more different species of active agent particles co-locate with the respirable suspending particles within the suspension medium to form a co-suspension.