mhurhangee/patent-ind-claim-en huggingface dataset:
An attachment recognition device for recognizing an attachment installed in an attachment installation unit (r) in a construction machine including a work device including the attachment installation unit (r) in which a plurality of types of attachment is installed in a replaceable manner, the attachment recognition device comprising: a posture detection unit configured to detect a posture of the work device ; a distance sensor configured to acquire distance image data of a surrounding object including the installed attachment; characterised in that the attachment recognition device further comprises a region extraction unit configured to extract a region indicating distance distribution of the installed attachment from the distance image data acquired by the distance sensor by using the posture detected by the posture detection unit ; a feature amount extraction unit configured to extract a feature amount of the installed attachment from the region extracted by the region extraction unit ; a database configured to store a feature amount of one or more types of reference attachment in advance; and an attachment recognition unit configured to make comparison of the feature amount extracted by the feature amount extraction unit and the feature amount of the reference attachment to recognize the installed attachment. a posture detection unit configured to detect a posture of the work device ; a distance sensor configured to acquire distance image data of a surrounding object including the installed attachment; characterised in that the attachment recognition device further comprises a region extraction unit configured to extract a region indicating distance distribution of the installed attachment from the distance image data acquired by the distance sensor by using the posture detected by the posture detection unit ; a feature amount extraction unit configured to extract a feature amount of the installed attachment from the region extracted by the region extraction unit ; a database configured to store a feature amount of one or more types of reference attachment in advance; and an attachment recognition unit configured to make comparison of the feature amount extracted by the feature amount extraction unit and the feature amount of the reference attachment to recognize the installed attachment.
A process for generating a patch or a dressing with skin from a sample of skin and blood isolated from a patient characterized in that it comprises the step of: I- Day 0: A- Digestion of the patient's skin sample during 18 hours in a 0.25% Trypsin solution at 4°C, wherein patient's skin sample has an area between 2 mm 2 to 4 mm 2 ; B - Obtaining autologous serum from the patient's blood sample II- Day 1: C- Separating the two layers of autologous skin D- Culture and replication of keratinocytes in autologous serum during 72 h obtained from the superficial layer of autologous skin obtained after digestion. E- Culture and replication of autologous fibroblasts obtained from the deep layer resulting after digestion. III- Day 2: F- Changing the culture medium of autologous keratinocytes. IV - Day 3: G- Seeding the Fibroblasts on a collagen mesh. H- Seeding the cultured keratinocytes on the fibroblasts and the collagen mesh during 24 h. V- Day 4: I- Obtaining the final product such as a skin layer patch or dressing for placing same on the individual requiring thereof. I- Day 0: A- Digestion of the patient's skin sample during 18 hours in a 0.25% Trypsin solution at 4°C, wherein patient's skin sample has an area between 2 mm 2 to 4 mm 2 ; B - Obtaining autologous serum from the patient's blood sample A- Digestion of the patient's skin sample during 18 hours in a 0.25% Trypsin solution at 4°C, wherein patient's skin sample has an area between 2 mm 2 to 4 mm 2 ; B - Obtaining autologous serum from the patient's blood sample II- Day 1: C- Separating the two layers of autologous skin D- Culture and replication of keratinocytes in autologous serum during 72 h obtained from the superficial layer of autologous skin obtained after digestion. E- Culture and replication of autologous fibroblasts obtained from the deep layer resulting after digestion. C- Separating the two layers of autologous skin D- Culture and replication of keratinocytes in autologous serum during 72 h obtained from the superficial layer of autologous skin obtained after digestion. E- Culture and replication of autologous fibroblasts obtained from the deep layer resulting after digestion. III- Day 2: F- Changing the culture medium of autologous keratinocytes. F- Changing the culture medium of autologous keratinocytes. IV - Day 3: G- Seeding the Fibroblasts on a collagen mesh. H- Seeding the cultured keratinocytes on the fibroblasts and the collagen mesh during 24 h. G- Seeding the Fibroblasts on a collagen mesh. H- Seeding the cultured keratinocytes on the fibroblasts and the collagen mesh during 24 h. V- Day 4: I- Obtaining the final product such as a skin layer patch or dressing for placing same on the individual requiring thereof. I- Obtaining the final product such as a skin layer patch or dressing for placing same on the individual requiring thereof.
Remote trigger head for dispensing a liquid, comprising: - a rewindable tube having a predefined length, - a winder unit for the automatic spring rewinding of the tube , and - a casing having a handle portion for gripping by a user, which extends mainly along a main axis (X), the winder unit being housed in said casing , the casing having an inner compartment having a handle compartment , corresponding to the handle portion , and a winder unit compartment separate from the handle compartment and in communication therewith, in which said winder unit is housed, characterized by further comprising a dispensing unit provided with a trigger , suitable to aspirate the liquid through said tube and to dispense it to the outside, wherein the inner compartment also has a functional compartment separate from the handle compartment , on the side opposite the winder unit compartment , in which said dispensing unit is housed at least partially. - a rewindable tube having a predefined length, - a winder unit for the automatic spring rewinding of the tube , and - a casing having a handle portion for gripping by a user, which extends mainly along a main axis (X), the winder unit being housed in said casing , the casing having an inner compartment having a handle compartment , corresponding to the handle portion , and a winder unit compartment separate from the handle compartment and in communication therewith, in which said winder unit is housed, characterized by further comprising a dispensing unit provided with a trigger , suitable to aspirate the liquid through said tube and to dispense it to the outside, wherein the inner compartment also has a functional compartment separate from the handle compartment , on the side opposite the winder unit compartment , in which said dispensing unit is housed at least partially.
A timed release pharmaceutical composition comprising donepezil or a pharmaceutically acceptable salt thereof, wherein the composition is a coated composition, which comprises: a) a core comprising donepezil in an amount from 3 mg to 50 mg, and one or more release controlling agent(s), and b) a functional coating comprising one or more release controlling agent(s); wherein the release controlling agent(s) is/are selected from hydrophilic release controlling agents, hydrophobic release controlling agents, natural release controlling agents and synthetic release controlling agents; the amount of release controlling agent in the composition is 10% w/w to 50% w/w by total weight of the composition; and the composition exhibits the following in vitro dissolution profile when tested in a Paddle dissolution apparatus at 50 rpm in 900 ml pH 6.8 buffer at 37°C less than 20% w/w of donepezil is released in 3-4 hrs, and more than 85% w/w of donepezil is released after 12 hrs. a) a core comprising donepezil in an amount from 3 mg to 50 mg, and one or more release controlling agent(s), and b) a functional coating comprising one or more release controlling agent(s);
A radio terminal to which uplink radio resources are allocated from a base station by Semi-Persistent Scheduling, SPS, the radio terminal comprising: a receiver configured to receive configuration information from the base station , the configuration information indicating that nonperformance of uplink transmission in a transmission opportunity defined according to an SPS periodicity is permitted; a transmitter configured to perform uplink transmission in a transmission opportunity defined according to the SPS periodicity when data to be transmitted to the base station exists, after receiving the configuration information; and a controller configured to skip uplink transmission in a transmission opportunity defined according to the SPS periodicity when data to be transmitted to the base station does not exist, after receiving the configuration information; characterized in that the controller is configured to deactivate an implicit SPS release function in response to receiving the configuration information, wherein the implicit SPS release function uses empty data transmission to indicate release of the SPS. a receiver configured to receive configuration information from the base station , the configuration information indicating that nonperformance of uplink transmission in a transmission opportunity defined according to an SPS periodicity is permitted; a transmitter configured to perform uplink transmission in a transmission opportunity defined according to the SPS periodicity when data to be transmitted to the base station exists, after receiving the configuration information; and a controller configured to skip uplink transmission in a transmission opportunity defined according to the SPS periodicity when data to be transmitted to the base station does not exist, after receiving the configuration information;
A pharmaceutical liquid composition comprising sodium picosulfate, magnesium oxide, citric acid, malic acid and purified water, wherein the pH of the pharmaceutical liquid composition ranges from 4.1 to 5.4 and the sodium picosulfate, magnesium oxide, citric acid and malic acid have a weight ratio of 0.003 to 0.009 : 1 to 3 : 3.5 to 10.5 : 0.01 to 13 (sodium picosulfate : magnesium oxide : citric acid : malic acid).
A liquid discharging vessel comprising: a pump for discharging content; an application tip descended to operate the pump ; and a nozzle exposed upwardly from the application tip when the application tip is descended and having an outlet , wherein the outlet is formed on the nozzle and configured to be sealed by being covered by the application tip when the application tip is ascended, characterized in that the outlet is adapted to discharge the content to a top of the application tip , the application tip is configured to apply the content onto skin, and the liquid discharging vessel is configured to apply the content onto skin by rubbing the top of the application tip against the skin in a state where the content is discharged to the top of the application tip . a pump for discharging content; an application tip descended to operate the pump ; and a nozzle exposed upwardly from the application tip when the application tip is descended and having an outlet , wherein the outlet is formed on the nozzle and configured to be sealed by being covered by the application tip when the application tip is ascended, characterized in that the outlet is adapted to discharge the content to a top of the application tip , the application tip is configured to apply the content onto skin, and the liquid discharging vessel is configured to apply the content onto skin by rubbing the top of the application tip against the skin in a state where the content is discharged to the top of the application tip .
A method for operating a variable-speed refrigerant compressor for cooling a cooling volume of a refrigeration system , wherein the refrigeration system comprises at least one thermostat for directly or indirectly monitoring a temperature state of the cooling volume , and wherein the refrigerant compressor is operated cyclically and a cooling cycle (C K ) of the refrigerant compressor begins when the refrigerant compressor is placed in an ON state by a switching signal triggered by the thermostat and the cooling cycle (C K ) ends when the refrigerant compressor is placed in an OFF state by an additional switching signal triggered by the thermostat , and the rotational speed behavior of the refrigerant compressor during a cooling cycle (C K ) is controlled by means of a preset closed-loop rotational speed control saved in an electronic control device of the refrigerant compressor , based on at least one predefined parameter (K v ), in that the at least one predefined parameter (K v ) is monitored with respect to an over- and/or undershooting by a current parameter (K a ) of a current cooling cycle (C Ka ), characterized in that an additional temperature (T w ) independent from the temperature of the cooling volume is measured and the at least one predefined parameter (K v ) is changed as a function of the additional temperature (T w ).
The method of manufacturing a combustible candle consisting in that a candle wick is soaked in combustible material and then the soaked wick arranged in a guide is inserted into a hydraulic press seat , where the interior of said press seat is in the shape of a candle turned upside down, and the press seat is then filled with the shredded combustible material , wherein the combustible material , before being inserted into the seat , is subjected to granulation at a temperature 44°C to 70°C, and then after filling the press seat with the combustible material and before inserting the punch into the press seat to form a candle, a flat element of non-combustible material with a thickness of 0.03 mm to 0.75 mm is placed on the surface of the combustible material , wherein the shape of said flat element of non-combustible material is adapted to the shape of the candle base and fits into the opening of the press seat , and then a press punch is inserted into the press seat at a pressure of 20 bar to 300 bar and a candle of the combustible material with the wick inside the combustible material is formed under pressure for a period of 0,025 seconds to 20 seconds, and then the formed candle is removed from the press seat, characterised in that in the same pressure forming operation of the candle at least one embossment into the interior of the candle is formed in said flat element of non-combustible material, wherein is used the press punch cooperating with the plate which comprises on the working surface at least one central embossment towards the interior of the candle .
A method of transmitting an acknowledgement/negative-acknowledgement, ACK/NACK, signal by a user equipment, UE, in a wireless communication system, the method comprising: receiving (S1501) data from a base station, BS; generating (S1503) an ACK signal or a NACK signal in response to the data; based on the ACK signal being generated, transmitting (S1505), to the BS, the ACK signal based on applying a first cyclic shift, CS, value to a base sequence for transmitting the ACK/NACK signal; and based on the NACK signal being generated, transmitting (S1507), to the BS, the NACK signal based on applying a second CS value to the base sequence, wherein the first CS value is different from the second CS value, wherein the first CS value is determined based on applying a offset value configured for each UE to a cell-specific CS value configured for each cell, wherein the second CS value is determined such that a difference between the first and second CS values becomes a specific value, and wherein the specific value depends on a length of the base sequence and a number of bits of the ACK/NACK signal. receiving (S1501) data from a base station, BS; generating (S1503) an ACK signal or a NACK signal in response to the data; based on the ACK signal being generated, transmitting (S1505), to the BS, the ACK signal based on applying a first cyclic shift, CS, value to a base sequence for transmitting the ACK/NACK signal; and based on the NACK signal being generated, transmitting (S1507), to the BS, the NACK signal based on applying a second CS value to the base sequence, wherein the first CS value is different from the second CS value, wherein the first CS value is determined based on applying a offset value configured for each UE to a cell-specific CS value configured for each cell, wherein the second CS value is determined such that a difference between the first and second CS values becomes a specific value, and wherein the specific value depends on a length of the base sequence and a number of bits of the ACK/NACK signal.
An antenna device comprising: an antenna base plate having a shape of a flat plate; a top capacity loaded type monopole antenna comprising a capacity loading plate arranged substantially in parallel with the antenna base plate and on one plane above the antenna base plate at a position separated from the antenna base plate by a height (H), and a planar antenna arranged between the antenna base plate and the capacity loading plate , characterized in that edges of the capacity loading plate in a direction of width (W) of the capacity loading plate are folded back so that the capacity loading plate has a meander shape extending in a direction of length (L) of the capacity loading plate , and a size of the capacity loading plate in the direction of width (W) of the capacity loading plate s less than about 1/4 wavelength of receiving frequency of the planar antenna . where the capacity loading plate is developed into a shape of a single flat plate. an antenna base plate having a shape of a flat plate; a top capacity loaded type monopole antenna comprising a capacity loading plate arranged substantially in parallel with the antenna base plate and on one plane above the antenna base plate at a position separated from the antenna base plate by a height (H), and a planar antenna arranged between the antenna base plate and the capacity loading plate , characterized in that edges of the capacity loading plate in a direction of width (W) of the capacity loading plate are folded back so that the capacity loading plate has a meander shape extending in a direction of length (L) of the capacity loading plate , and a size of the capacity loading plate in the direction of width (W) of the capacity loading plate s less than about 1/4 wavelength of receiving frequency of the planar antenna . where the capacity loading plate is developed into a shape of a single flat plate.
Digestion device, comprising: a heat beam detection device; a temperature measuring device for calibrating the melting temperature detection, the temperature measuring device comprising: a movable and at least partially rod shaped temperature sensor , which is insertable into a crucible ; a drive mechanism for moving the temperature sensor between an initial position and a measurement position; and a base plate , the rod shaped temperature sensor and the drive mechanism being based on the base plate , and the base plate being mountable in a digestion device; wherein the digestion device further comprises a crucible space which is predefined in relation to the temperature measuring device ; an induction unit, with which the contents of the crucible can be heated up; a control unit, which runs the balancing of the melting temperature measured by the temperature measuring device and the beam detected by the heat beam detection device. a heat beam detection device; a temperature measuring device for calibrating the melting temperature detection, the temperature measuring device comprising: a movable and at least partially rod shaped temperature sensor , which is insertable into a crucible ; a drive mechanism for moving the temperature sensor between an initial position and a measurement position; and a base plate , the rod shaped temperature sensor and the drive mechanism being based on the base plate , and the base plate being mountable in a digestion device; wherein the digestion device further comprises a crucible space which is predefined in relation to the temperature measuring device ; an induction unit, with which the contents of the crucible can be heated up; a control unit, which runs the balancing of the melting temperature measured by the temperature measuring device and the beam detected by the heat beam detection device. a movable and at least partially rod shaped temperature sensor , which is insertable into a crucible ; a drive mechanism for moving the temperature sensor between an initial position and a measurement position; and a base plate , the rod shaped temperature sensor and the drive mechanism being based on the base plate , and the base plate being mountable in a digestion device; wherein the digestion device further comprises a crucible space which is predefined in relation to the temperature measuring device ; an induction unit, with which the contents of the crucible can be heated up; a control unit, which runs the balancing of the melting temperature measured by the temperature measuring device and the beam detected by the heat beam detection device.
A method for addition reaction of acetylene and a ketone compound, comprising the steps of: S1, providing a continuous reaction device, the continuous reaction device comprising a plurality of bubble tubular reactors arranged in series, the plurality of bubble tubular reactors being connected with each other through connecting tubes; S2, feeding a raw material solution containing the ketone compound and alkali into the plurality of bubble tubular reactors, and S3, under normal pressure, pumping acetylene from the bottom of the first bubble tubular reactor for the addition reaction. S1, providing a continuous reaction device, the continuous reaction device comprising a plurality of bubble tubular reactors arranged in series, the plurality of bubble tubular reactors being connected with each other through connecting tubes; S2, feeding a raw material solution containing the ketone compound and alkali into the plurality of bubble tubular reactors, and S3, under normal pressure, pumping acetylene from the bottom of the first bubble tubular reactor for the addition reaction.
A method comprising: receiving a notification from a switch that a first host joined an enterprise network ; assigning the first host an address within a common subnet associated with the enterprise network; generating a policy for the first host based on the assigned address, wherein the generated policy includes assigning to the first host a role associated with the common subnet, wherein the role is a subscriber; receiving a transmission request for a data packet, wherein the request includes identification of a second host within the common subnet as a destination for the data packet; evaluating the data packet transmission request based on the generated policy for the first host ; and in response to the evaluation indicating that the first host and the second host are both subscribers within the common subnet, providing instructions to the switch to instruct the switch to drop the data packet. receiving a notification from a switch that a first host joined an enterprise network ; assigning the first host an address within a common subnet associated with the enterprise network; generating a policy for the first host based on the assigned address, wherein the generated policy includes assigning to the first host a role associated with the common subnet, wherein the role is a subscriber; receiving a transmission request for a data packet, wherein the request includes identification of a second host within the common subnet as a destination for the data packet; evaluating the data packet transmission request based on the generated policy for the first host ; and in response to the evaluation indicating that the first host and the second host are both subscribers within the common subnet, providing instructions to the switch to instruct the switch to drop the data packet.