mhurhangee/patent-ind-claim-en huggingface dataset:
A centrifugal separator bowl , having a vertical rotational axis, the separator bowl defining a separation space comprising, an upper bowl section having a first threading , said first threading having a first inner diameter (d1) and a first outer diameter (d2) and defining an upper surface , and; a lower bowl section having a second threading corresponding to the first threading of the upper bowl section , said second threading having a second outer diameter (d3) and a second inner diameter (d4) and defining a lower surface ; said upper surface of said first threading of the upper bowl section and said lower surface of said second threading of the lower bowl section forming a screw connection; characterized in that said upper surface of said first threading is inclined upward with a first angle (α) from said inner diameter (d1) to said outer diameter (d2) and said lower surface of said second threading is inclined downward with a second angle (β) from said outer diameter (d3) to said inner diameter (d4) relative to a horizontal plane extending perpendicular to said vertical rotation axis. an upper bowl section having a first threading , said first threading having a first inner diameter (d1) and a first outer diameter (d2) and defining an upper surface , and; a lower bowl section having a second threading corresponding to the first threading of the upper bowl section , said second threading having a second outer diameter (d3) and a second inner diameter (d4) and defining a lower surface ; said upper surface of said first threading of the upper bowl section and said lower surface of said second threading of the lower bowl section forming a screw connection; characterized in that said upper surface of said first threading is inclined upward with a first angle (α) from said inner diameter (d1) to said outer diameter (d2) and said lower surface of said second threading is inclined downward with a second angle (β) from said outer diameter (d3) to said inner diameter (d4) relative to a horizontal plane extending perpendicular to said vertical rotation axis.
A quick connector with a two-way check function, comprising a quick plug and a quick connector , between the quick plug and the quick connector being arranged a two-way check mechanism, the two-way check mechanism comprising a first plugging block slidably connected to an inner cavity of the quick plug , a first elastic member arranged in the inner cavity of the quick plug and driving the first plugging block to move towards the direction of the quick connector , a second plugging block slidably connected to an inner cavity of the quick connector , a second elastic member arranged in the quick connector and driving the second plugging block to move towards the direction of the quick plug and an ejector rod arranged in the second plugging block and capable of pushing the first plugging block after being plugged in the quick plug , the first elastic member driving the first plugging block to be capable of plugging the quick plug after moving towards the direction of the quick connector and the second elastic member driving the second plugging block to be capable of plugging the quick connector after moving towards the direction of the quick plug when the quick plug is separated from the quick connector , the first plugging block is provided with an abutting groove for accommodating and for the first elastic member to abut against, the side wall of the abutting groove being provided with a plurality of hollow grooves , characterized in that the side wall of the first plugging block being provided with a plurality of guide plates for guiding the moving direction of the first plugging block .
A conveyance seat (S, 100, 203) comprising a cushion pad , a bottom wall on which the cushion pad is placed, a temperature control unit which is attached to the cushion pad , a temperature detection unit which detects a temperature at between the cushion pad and the bottom wall , during an operation of the temperature control unit , a housing unit with a hollowed shape which is formed on either one of the cushion pad or the bottom wall , in a portion facing the other, the conveyance seat (S, 100, 203) is characterized by comprising a holding unit which is fit in the housing unit , with having the temperature detection unit attached thereto, to thereby hold the temperature detection unit within the housing unit , wherein the temperature detection unit is held by the holding unit , with being positioned between the cushion pad and the holding unit within the housing unit . a cushion pad , a bottom wall on which the cushion pad is placed, a temperature control unit which is attached to the cushion pad , a temperature detection unit which detects a temperature at between the cushion pad and the bottom wall , during an operation of the temperature control unit , a housing unit with a hollowed shape which is formed on either one of the cushion pad or the bottom wall , in a portion facing the other, the conveyance seat (S, 100, 203) is characterized by comprising a holding unit which is fit in the housing unit , with having the temperature detection unit attached thereto, to thereby hold the temperature detection unit within the housing unit , wherein the temperature detection unit is held by the holding unit , with being positioned between the cushion pad and the holding unit within the housing unit .
A method for attaching to a Long Term Evolution, LTE, network, wherein the method is performed by a user equipment, UE, or a chipset system, comprising: transmitting an attach request message to a mobility management entity, wherein the attach request message includes UE security capabilities comprising UE new radio, NR security capabilities and first UE security capabilities, wherein the first UE security capabilities comprise UE LTE security capabilities; receiving a non-access stratum, NAS security mode command, SMC message from the mobility management entity; and continuing the attach procedure when determining that the first UE security capabilities have been replayed correctly and successfully in the NAS SMC message, and the NAS SMC message does not include the UE NR security capabilities transmitting an attach request message to a mobility management entity, wherein the attach request message includes UE security capabilities comprising UE new radio, NR security capabilities and first UE security capabilities, wherein the first UE security capabilities comprise UE LTE security capabilities; receiving a non-access stratum, NAS security mode command, SMC message from the mobility management entity; and continuing the attach procedure when determining that the first UE security capabilities have been replayed correctly and successfully in the NAS SMC message, and the NAS SMC message does not include the UE NR security capabilities
Method for distinguishing between blinking events and instrument glances with the aid of an apparatus and using an extent to which the eye is open , wherein an instrument glance corresponds to a lowered gaze, wherein the extent to which the eye is open represents a currently detected distance between the eyelids of an eye , wherein the method includes the following steps: ascertaining a blinking event using at least one blinking limit value , wherein the blinking event is ascertained if a value for the extent of opening , mapping a value of the extent to which the eye is open , is less than the blinking limit value ; and wherein in the ascertainment step a mid blinking event is ascertained if the value for the extent of opening is less than a mid blinking limit value and a low blinking event is ascertained if the value for the extent of opening is less than a low blinking limit value, wherein, further, a low blinking event is ascertained if a value for the extent of opening following the ascertainment of the mid blinking event is less than the low blinking limit value, and determining an instrument glance using a maximum blinking duration , wherein the instrument glance is determined in the determination step if the mid blinking event is ascertained for a period longer than the maximum blinking duration and wherein no instrument glance is determined if the low blinking event is ascertained for a period longer than the maximum blinking duration , more particularly wherein the steps of the method are carried out again if the value for the extent of opening is greater than an open limit value following the determination of the instrument glance . ascertaining a blinking event using at least one blinking limit value , wherein the blinking event is ascertained if a value for the extent of opening , mapping a value of the extent to which the eye is open , is less than the blinking limit value ; and wherein in the ascertainment step a mid blinking event is ascertained if the value for the extent of opening is less than a mid blinking limit value and a low blinking event is ascertained if the value for the extent of opening is less than a low blinking limit value, wherein, further, a low blinking event is ascertained if a value for the extent of opening following the ascertainment of the mid blinking event is less than the low blinking limit value, and determining an instrument glance using a maximum blinking duration , wherein the instrument glance is determined in the determination step if the mid blinking event is ascertained for a period longer than the maximum blinking duration and wherein no instrument glance is determined if the low blinking event is ascertained for a period longer than the maximum blinking duration , more particularly wherein the steps of the method are carried out again if the value for the extent of opening is greater than an open limit value following the determination of the instrument glance .
An anion generator comprising a plasma-generating apparatus, the plasma-generating apparatus comprising: - a plate-like dielectric layer ; - a plate-like first electrode disposed on a first face of the dielectric layer ; - a second electrode array disposed on a second face of the dielectric layer opposite the first face, wherein the second electrode array includes a plurality of electrode bars arranged in parallel with each other or dot-like electrodes arranged spacedly apart from each other in a matrix form; - at least one porous dielectric member disposed between the electrode bars or the dot-like electrodes of the second electrode array ; and - a voltage source configured to apply a voltage to and between the first electrode and the second electrode array , wherein when a voltage is applied to the first electrode and the second electrode array by the voltage source, dielectric barrier discharge plasma is generated between the first electrode and the second electrode array , characterized in that : - the at least one porous dielectric member is partially immersed in liquid, the at least one porous dielectric member is partially located in the plasma generation region. - a plate-like dielectric layer ; - a plate-like first electrode disposed on a first face of the dielectric layer ; - a second electrode array disposed on a second face of the dielectric layer opposite the first face, wherein the second electrode array includes a plurality of electrode bars arranged in parallel with each other or dot-like electrodes arranged spacedly apart from each other in a matrix form; - at least one porous dielectric member disposed between the electrode bars or the dot-like electrodes of the second electrode array ; and - a voltage source configured to apply a voltage to and between the first electrode and the second electrode array , wherein when a voltage is applied to the first electrode and the second electrode array by the voltage source, dielectric barrier discharge plasma is generated between the first electrode and the second electrode array , - the at least one porous dielectric member is partially immersed in liquid, the at least one porous dielectric member is partially located in the plasma generation region.
An anti-inflammatory and bacteriostatic composition comprising non-hygroscopic maltodextrin, from 8 to 12% by weight of zinc oxide as thixotropy agent, 1.8% of maltose, 0.0002% by weight of sodium, 0.0002% weight of potassium, 0.0002% by weight of calcium, 0.0002% by weight of phosphorus, and 0.0006% by weight of magnesium, and the remainder water, wherein the non-hygroscopic maltodextrin is comprised in the composition as dispersion with a content of solids of 45-75%, wherein the anti-inflammatory and bacteriostatic composition has a viscosity greater than 100,000 cp in resting state, a pH from 4 to 7, for use in the treatment of selected chronic ulcerated lesions of diabetic foot and varicose venous ulcers.
An LED driver circuit comprising at least one string of LEDs connected in series, and a power supply for converting a mains voltage (AC) into an output voltage (U out ) to be applied to said at least one string of LEDs, wherein the power supply includes a single-stage boost converter (14; 16) adapted to directly convert the mains voltage (AC) into the output voltage (U out ), characterised in that the boost converter is a multi-level converter having a switch (S 1 - S 4 ) and a capacitor (C 1 - C 4 ) respectively associated with each level, the capacitors of the various levels being connected in series, and a respective string of LEDs being connected in parallel to each of the capacitors, the converter is adapted to generate, across each of the capacitors (C 1 - C 4 ), a terminal voltage (U LED ) that is of the same order of magnitude or smaller than the peak level of a rectified mains voltage (U in ) and the driver circuit comprises a controller (Q) having a first mode of operation in which the switches (S 1 - S 4 ) of the various levels are switched from a closed state into an open state simultaneously and are switched from an open state into a closed state simultaneously, and at least one further mode of operation in which at least one switch is switched ON during an OFF period of at least one other switch.
A vehicle comprising: - a compartment , wherein the compartment is designed to be loaded by an object ; and - an operating device comprising a user-interface , wherein the user-interface is designed to output at least one output signal (Q3) on a part (X) of the user-interface , - the operating device is arranged in front of the compartment and is designed to cover the compartment ; characterized in that - the compartment comprises a sensing unit , wherein the sensing unit is designed to detect a presence of the object when at least a part of the object is loaded into the compartment ; and - the operating device comprises a control circuitry , wherein the control circuitry is designed to display a digital image (X1) of the object on a part (X2) of the user-interface to enable a visualization of the object on the user-interface of the operating device in the vehicle . - a compartment , wherein the compartment is designed to be loaded by an object ; and - an operating device comprising a user-interface , wherein the user-interface is designed to output at least one output signal (Q3) on a part (X) of the user-interface , - the operating device is arranged in front of the compartment and is designed to cover the compartment ; - the compartment comprises a sensing unit , wherein the sensing unit is designed to detect a presence of the object when at least a part of the object is loaded into the compartment ; and - the operating device comprises a control circuitry , wherein the control circuitry is designed to display a digital image (X1) of the object on a part (X2) of the user-interface to enable a visualization of the object on the user-interface of the operating device in the vehicle .
Lubricating device for lubricating a circulating fabric of a machine for producing a fibrous web, with a body comprising: a supply space (12.2) with an inlet (12.3) for supplying a liquid pressurized lubricant to the supply space (12.2) and with an outlet (12.5) for discharging the lubricant therefrom, a nozzle space (12.1) to which a nozzle (12.6) for outputting the lubricant is connected, wherein the nozzle (12.6) is connected to the supply space (12.2) in a flow-conducting fashion via the nozzle space (12.1) and the outlet (12.5), a diffuser for dispersing the lubricant supplied through the outlet (12.5) along the body, wherein the diffuser (12.4) is arranged between the outlet (12.5) and the nozzle (12.6), characterized in that the nozzle (12.6) is designed in such way that its cross-section for lubricant reduces continuously, i.e. with no abrupt narrowing of the cross-section, in the (main) output direction of the lubricant. a supply space (12.2) with an inlet (12.3) for supplying a liquid pressurized lubricant to the supply space (12.2) and with an outlet (12.5) for discharging the lubricant therefrom, a nozzle space (12.1) to which a nozzle (12.6) for outputting the lubricant is connected, wherein the nozzle (12.6) is connected to the supply space (12.2) in a flow-conducting fashion via the nozzle space (12.1) and the outlet (12.5), a diffuser for dispersing the lubricant supplied through the outlet (12.5) along the body, wherein the diffuser (12.4) is arranged between the outlet (12.5) and the nozzle (12.6), characterized in that the nozzle (12.6) is designed in such way that its cross-section for lubricant reduces continuously, i.e. with no abrupt narrowing of the cross-section, in the (main) output direction of the lubricant.
A local switching method for user plane data being of a mobile network, comprising: after being triggered, a level 1 data node judging that a direct tunnel can be established for a source User Equipment, UE, and a target UE , and in this case, establishing a direct tunnel between a source level 2 data node and a target level 2 data node for the source UE and the target UE ; and after receiving an IP data packet transmitted by the source UE to the target UE , the source level 2 data node forwarding the IP data packet to the target level 2 data node through the direct tunnel between the source level 2 data node and the target level 2 data node , so that the target level 2 data node forwards the IP data packet to the target UE ; wherein the triggering is that the level 1 data node receives the IP data packet transmitted by the source UE to the target UE , or receives a notification transmitted by a upper level data node that a direct tunnel is established for the source UE and the target UE ; wherein whether a direct tunnel can be established for the source UE and the target UE is judged according to the following factor: judging according to an IP address of the source UE and an IP address of the target UE, or judging according to an identity and IP address of the source UE, and an identity and IP address of the target UE. after being triggered, a level 1 data node judging that a direct tunnel can be established for a source User Equipment, UE, and a target UE , and in this case, establishing a direct tunnel between a source level 2 data node and a target level 2 data node for the source UE and the target UE ; and after receiving an IP data packet transmitted by the source UE to the target UE , the source level 2 data node forwarding the IP data packet to the target level 2 data node through the direct tunnel between the source level 2 data node and the target level 2 data node , so that the target level 2 data node forwards the IP data packet to the target UE ; wherein the triggering is that the level 1 data node receives the IP data packet transmitted by the source UE to the target UE , or receives a notification transmitted by a upper level data node that a direct tunnel is established for the source UE and the target UE ; wherein whether a direct tunnel can be established for the source UE and the target UE is judged according to the following factor: judging according to an IP address of the source UE and an IP address of the target UE, or judging according to an identity and IP address of the source UE, and an identity and IP address of the target UE. judging according to an IP address of the source UE and an IP address of the target UE, or judging according to an identity and IP address of the source UE, and an identity and IP address of the target UE.
A method for producing a sialylated oligosaccharide in a bacterium comprising: providing a bacterium, said bacterium comprising an exogenous sialyl-transferase, a deficient sialic acid catabolic pathway, a sialic acid synthetic capability, and a functional lactose permease gene, wherein said deficient sialic acid catabolic pathway comprises an endogenous N-acetylneuraminate lyase gene (nanA) and an endogenous N-acetylmannosamine-6-phosphate epimerase gene (nanE), that are mutated and an endogenous N-acetylmannosamine kinase gene ( nanK ) that is not mutated, and culturing said bacterium in the presence of lactose. providing a bacterium, said bacterium comprising an exogenous sialyl-transferase, a deficient sialic acid catabolic pathway, a sialic acid synthetic capability, and a functional lactose permease gene, wherein said deficient sialic acid catabolic pathway comprises an endogenous N-acetylneuraminate lyase gene (nanA) and an endogenous N-acetylmannosamine-6-phosphate epimerase gene (nanE), that are mutated and an endogenous N-acetylmannosamine kinase gene ( nanK ) that is not mutated, and culturing said bacterium in the presence of lactose.
The crystalline form A of the compound having formula (I): wherein the crystalline form A exhibits the following characteristic X-ray powder diffraction peaks expressed in degrees 2θ at 8.66 ± 0.2°, 9.64 ± 0.2°, 10.36 ± 0.2°, 11.20 ± 0.2°,18.39 ± 0.2°.
An electric power tool comprising: a motor ; an attaching portion to which a tip tool is attached; a striking element driven by rotary drive of the motor so as to apply a striking force to the tip tool; a housing for holding the attaching portion; a sensor arranged inside the housing ; characterised in that the electric power tool further comprises: an electronic substrate supported by the housing and supporting the sensor , which converts a result of detection of the sensor into an electric signal; and a weight provided in the electronic substrate ; and an elastic member for holding the electronic substrate , and in that the electronic substrate , the sensor , and the weight are supported by the housing through the elastic member and the elastic member supports the electronic substrate and the sensor so as to hold and cover them in a direction of applying the striking force to the tip tool. a motor ; an attaching portion to which a tip tool is attached; a striking element driven by rotary drive of the motor so as to apply a striking force to the tip tool; a housing for holding the attaching portion; a sensor arranged inside the housing ; characterised in that the electric power tool further comprises: an electronic substrate supported by the housing and supporting the sensor , which converts a result of detection of the sensor into an electric signal; and a weight provided in the electronic substrate ; and an electronic substrate supported by the housing and supporting the sensor , which converts a result of detection of the sensor into an electric signal; and a weight provided in the electronic substrate ; and an elastic member for holding the electronic substrate , and in that the electronic substrate , the sensor , and the weight are supported by the housing through the elastic member and the elastic member supports the electronic substrate and the sensor so as to hold and cover them in a direction of applying the striking force to the tip tool.