mhurhangee/patent-ind-claim-en huggingface dataset:
A sacroiliac joint implant system for fixating and promoting fusion between an ilium, a sacrum, and a sacroiliac joint space, said system comprising: a plate/pin component having a plate component (3 ;70; 80) and a pin component (1; 70; 80), said plate component (3; 70; 80) having an iliac portion and a sacral portion, wherein the plate component (3; 70; 80) is configured to be placed across the sacroiliac joint such that the sacral portion of the plate is placed against the sacrum, the iliac portion of the plate is placed against the ilium, and a portion of the plate is placed across the sacroiliac joint gap, and wherein said iliac portion and said sacral portion have an angle between 95-175 degrees disposed therebetween to match the curvature of the sacrum and ilium across the sacroiliac joint; said pin component (1; 70; 80) connected with said iliac portion of said plate component (3; 70; 80), said pin component (1; 70; 80) configured for placement through said ilium, across said sacroiliac joint space, and into said sacrum; and a sacral screw (2; 60) inserted into said sacral portion of said plate component (3; 70; 80), said sacral screw (2; 60) configured for placement through an aperture of the sacral portion, through said sacrum. a plate/pin component having a plate component (3 ;70; 80) and a pin component (1; 70; 80), said plate component (3; 70; 80) having an iliac portion and a sacral portion, wherein the plate component (3; 70; 80) is configured to be placed across the sacroiliac joint such that the sacral portion of the plate is placed against the sacrum, the iliac portion of the plate is placed against the ilium, and a portion of the plate is placed across the sacroiliac joint gap, and wherein said iliac portion and said sacral portion have an angle between 95-175 degrees disposed therebetween to match the curvature of the sacrum and ilium across the sacroiliac joint; said pin component (1; 70; 80) connected with said iliac portion of said plate component (3; 70; 80), said pin component (1; 70; 80) configured for placement through said ilium, across said sacroiliac joint space, and into said sacrum; and a sacral screw (2; 60) inserted into said sacral portion of said plate component (3; 70; 80), said sacral screw (2; 60) configured for placement through an aperture of the sacral portion, through said sacrum.
A method for controlling a moving vehicle , the method being executed on an information terminal mounted on the moving vehicle , wherein the moving vehicle is a drone that is connected with the information terminal and receives operation control from the moving vehicle control application running on the information terminal including the steps of: receiving the setting of a flight path, divides the flight path into a plurality of sections, and stores location information of the sections; (Step S0 1) when the moving vehicle flies along the received flight path, acquiring an image taken by the terminal in flight; (Step 02) when the flight along the set flight path is ended, analyzing the acquired image; detecting a pest attached to a crop based on the result of the image analysis; (Step 03) acquiring location information of the crop to which the detected pest is attached; (Step 04) and controlling the moving vehicle to spray a disinfestant based on the acquired location information (Step 05). receiving the setting of a flight path, divides the flight path into a plurality of sections, and stores location information of the sections; (Step S0 1) when the moving vehicle flies along the received flight path, acquiring an image taken by the terminal in flight; (Step 02) when the flight along the set flight path is ended, analyzing the acquired image; detecting a pest attached to a crop based on the result of the image analysis; (Step 03) acquiring location information of the crop to which the detected pest is attached; (Step 04) and controlling the moving vehicle to spray a disinfestant based on the acquired location information (Step 05).
A probe , comprising: a pH electrode contained inside of a first housing comprising an ion sensitive shell connected to an insulating glass tube or stem , said pH electrode being bathed in an electrolyte and/or buffer solution ; a plurality of conductive electrodes coaxially arranged respective to the pH electrode ; the plurality of conductive electrodes being electrically isolated from each other and positioned along the length of the probe between the pH electrode and a reference electrode that is placed inside of a second housing , positioned parallel to the longitudinal axis of the probe and bathed in a reference buffer and/or electrolyte solution , the reference buffer being in contact with an annular reference junction around the insulating glass tube or stem , whereby said plurality of conductive electrodes are disposed on the surface of said tube or stem proximate to a terminal end of the reference electrode for being exposed to sample fluid. a pH electrode contained inside of a first housing comprising an ion sensitive shell connected to an insulating glass tube or stem , said pH electrode being bathed in an electrolyte and/or buffer solution ; a plurality of conductive electrodes coaxially arranged respective to the pH electrode ; the plurality of conductive electrodes being electrically isolated from each other and positioned along the length of the probe between the pH electrode and a reference electrode that is placed inside of a second housing , positioned parallel to the longitudinal axis of the probe and bathed in a reference buffer and/or electrolyte solution , the reference buffer being in contact with an annular reference junction around the insulating glass tube or stem , whereby said plurality of conductive electrodes are disposed on the surface of said tube or stem proximate to a terminal end of the reference electrode for being exposed to sample fluid.
A polarizer comprising a stretched layer of polyvinyl alcohol-based resin including iodine adsorbed therein; wherein said layer of polyvinyl alcohol-based resin has a thickness of 0.4 to 7 μm and includes polymer chains oriented substantially in a given direction being the direction of stretching, said polymer chain including a crystallized portion oriented substantially in said given direction in an amorphous portion ; and wherein said iodine adsorbed in said layer of polyvinyl alcohol-based resin is present in said layer of polyvinyl alcohol-based resin in the form of polyiodine ion complex adsorbed to the crystallized portion of said layer of polyvinyl alcohol-based resin , whereby the polarizer exhibits an absorbance in the range of from 0.3 to 0.4 and said polyiodine ion complex adsorbed to the crystallised portion of said layer of polyvinyl alcohol-based resin provides the polarizer with absorption dichrosim within a visible light range, wherein said polyiodine ion complex is adsorbed to said crystallized portion of said polymer chain in the form of I 3 - or I 5 - and is adsorbed in a larger amount relative to the amount of said polyiodine ion complex adsorbed to the amorphous portion .
A method for registering, by a mobile terminal , an electronic device as a device to be controlled by the mobile terminal , the method comprising: receiving , from a user, a request for registration of an electronic device to be registered; providing , to the user, an operation method for outputting an identification sound for identifying the electronic device to be registered such that the identification sound of the electronic device to be registered is output; receiving the identification sound output from the electronic device to be registered as a result of an operation of the user; verifying product information of the electronic device to be registered corresponding to the identification sound; searching a pre-stored registration method table for a registration method corresponding to an identifier of the electronic device to be registered; providing , to the user, the registration method corresponding to the product information of the electronic device to be registered, wherein an operation guide screen for the registration method (R1, R3) is displayed; and registering the electronic device to be registered as the device to be controlled as a result of the user's operation of the electronic device to be registered according to the registration method. receiving , from a user, a request for registration of an electronic device to be registered; providing , to the user, an operation method for outputting an identification sound for identifying the electronic device to be registered such that the identification sound of the electronic device to be registered is output; receiving the identification sound output from the electronic device to be registered as a result of an operation of the user; verifying product information of the electronic device to be registered corresponding to the identification sound; searching a pre-stored registration method table for a registration method corresponding to an identifier of the electronic device to be registered; providing , to the user, the registration method corresponding to the product information of the electronic device to be registered, wherein an operation guide screen for the registration method (R1, R3) is displayed; and registering the electronic device to be registered as the device to be controlled as a result of the user's operation of the electronic device to be registered according to the registration method.
An air conditioning system of a vehicle comprising tetrafluoropropene as cooling fluid, said system comprising a multilayer hose , tetrafluoropropene and a PAG oil, comprising at least: - a first inner layer consisting of PPA - a second layer external to the first layer comprising a first elastomeric material; - a third layer external to the second layer comprising a reinforcement yarn; - a fourth layer external to the reinforcement yarn comprising a second elastomeric material. - a first inner layer consisting of PPA - a second layer external to the first layer comprising a first elastomeric material; - a third layer external to the second layer comprising a reinforcement yarn; - a fourth layer external to the reinforcement yarn comprising a second elastomeric material.
A needle shield remover for removing a needle shield covering a needle on a syringe , characterized in that it comprises: a body having a proximal portion and a distal portion , the distal portion being moveable between a radial contracted configuration and a radial expanded configuration in response to opposite movement of the proximal portion in a radial direction, the body further having a living hinge disposed between the proximal and distal portions and configured to facilitate movement between the radial contracted and radial expanded configurations, the distal portion having an internal opening for receiving and at least partially surrounding a needle shield therein, an anchor extending inwardly from the distal portion into engagement with the needle shield when the distal portion is in the contracted configuration to secure the body to the needle shield ; and a sleeve in fixed and releasable axial engagement with the proximal portion of the body thereby maintaining the distal portion of the body in the contracted configuration such that force applied to the sleeve away from the body removes the needle shield and body from a syringe , the body , or the sleeve , also including at least one aperture latch configured to releasably engage at least a catch provided in the sleeve , or in the body , in order to releasably connect said body to said sleeve . a body having a proximal portion and a distal portion , the distal portion being moveable between a radial contracted configuration and a radial expanded configuration in response to opposite movement of the proximal portion in a radial direction, the body further having a living hinge disposed between the proximal and distal portions and configured to facilitate movement between the radial contracted and radial expanded configurations, the distal portion having an internal opening for receiving and at least partially surrounding a needle shield therein, an anchor extending inwardly from the distal portion into engagement with the needle shield when the distal portion is in the contracted configuration to secure the body to the needle shield ; and a sleeve in fixed and releasable axial engagement with the proximal portion of the body thereby maintaining the distal portion of the body in the contracted configuration such that force applied to the sleeve away from the body removes the needle shield and body from a syringe , the body , or the sleeve , also including at least one aperture latch configured to releasably engage at least a catch provided in the sleeve , or in the body , in order to releasably connect said body to said sleeve .
A ground manoeuvering device for jacking up in each case a skid of a landing gear of a helicopter, in order to manoeuvre the latter on the ground, comprising a housing with a fastening device , to which a skid can be fastened tension-proof, a hydraulic apparatus with an extendable piston and a first engagement shaft , to which a lever is attached in a swivellable manner for the transmission of a torque, the piston is extended from the hydraulic apparatus when the lever is rocked, and wherein the hydraulic apparatus is fitted movably in the housing in such a way that the housing is lifted vertically upwards when the piston is extended, as well as an outer wheel and an inner wheel on two aligned horizontal axles at opposite sides on the hydraulic apparatus , which wheels, after the fastening of the housing to the skid , are arranged beside the skid respectively on the inside and on the outside, characterised in that the engagement shaft is aligned in the wheel running direction (L) and the lever for the operation of the hydraulic apparatus extends, in the operating state, in the wheel axle direction in the direction of the outer wheel and comprises a tread section , in order to raise the fastened skid onto the two wheels using the hydraulic apparatus while standing conveniently beside the helicopter repeatedly stepping with the foot on the tread section .
A method for the determination of the simultaneous binding of a multispecific antibody to a first and a second antigen comprising the following steps: a) incubating a cell expressing cell-membrane bound FRET-donor-tagged first antigen and a cell-membrane bound FRET-acceptor-tagged second antigen with the multispecific antibody, and b) determining the simultaneous binding of the multispecific antibody by determining the energy transfer from the FRET-donor to the FRET-acceptor. a) incubating a cell expressing cell-membrane bound FRET-donor-tagged first antigen and a cell-membrane bound FRET-acceptor-tagged second antigen with the multispecific antibody, and b) determining the simultaneous binding of the multispecific antibody by determining the energy transfer from the FRET-donor to the FRET-acceptor.
A computer-implemented method of determining an interferent in a specimen contained within a specimen container and including a separated blood portion and a serum or plasma portion , comprising: providing a specimen contained in a specimen container ; providing a plurality of cameras ; capturing with each camera from a different viewpoint images of the specimen at multiple different exposure times and at multiple different spectra having different nominal wavelengths; selecting optimally-exposed pixels from the images at the different exposure times at each of the spectra and for each camera to generate optimally-exposed image data for each spectra; wherein for generating the optimally-exposed image data for each spectra, pixels from the images are selected that include intensities of between 16 and 254, based upon a range of from 0 to 255; wherein, if more than one pixel in the corresponding locations of two images is determined to be optimally exposed, the higher of the two is selected; classifying the optimally exposed pixels as being serum or plasma portion of the specimen ; and operating on the optimally-exposed pixels to determine whether an interferent is: present within the serum or plasma portion , or absent within the serum or plasma portion . providing a specimen contained in a specimen container ; providing a plurality of cameras ; capturing with each camera from a different viewpoint images of the specimen at multiple different exposure times and at multiple different spectra having different nominal wavelengths; selecting optimally-exposed pixels from the images at the different exposure times at each of the spectra and for each camera to generate optimally-exposed image data for each spectra; wherein for generating the optimally-exposed image data for each spectra, pixels from the images are selected that include intensities of between 16 and 254, based upon a range of from 0 to 255; wherein, if more than one pixel in the corresponding locations of two images is determined to be optimally exposed, the higher of the two is selected; classifying the optimally exposed pixels as being serum or plasma portion of the specimen ; and operating on the optimally-exposed pixels to determine whether an interferent is: present within the serum or plasma portion , or absent within the serum or plasma portion . present within the serum or plasma portion , or absent within the serum or plasma portion .
A method for producing a highly abrasion-resistant film, comprising the steps: (a) providing a web-shaped substrate ; (d) applying a radiation-curing lacquer system in planar manner, which comprises a radiation-curing lacquer and corundum particles, to the web-shaped substrate by a rotary screen printing process; and (h) irradiating the radiation-curing lacquer system to fully cure the radiation-curing lacquer system, wherein the radiation-curing lacquer system comprises corundum particles in an amount of 15 to 40 % by weight, based on the total weight of the radiation-curing lacquer system, wherein the radiation-curing lacquer system is applied in step (d) in an amount of 40 to 150 g/m 2 , where the application height of the radiation-curing lacquer system in step (d) is greater than the maximum diameter of the corundum particles, wherein the diameter of the holes of the rotary screen in the rotary screen printing process in step (d) is 2.5 to 3 times the maximum diameter of the corundum particles, and wherein the radiation-curing lacquer system in step (d) has a viscosity of 20 to 40 dPa*s. (a) providing a web-shaped substrate ; (d) applying a radiation-curing lacquer system in planar manner, which comprises a radiation-curing lacquer and corundum particles, to the web-shaped substrate by a rotary screen printing process; and (h) irradiating the radiation-curing lacquer system to fully cure the radiation-curing lacquer system, wherein the radiation-curing lacquer system is applied in step (d) in an amount of 40 to 150 g/m 2 , where the application height of the radiation-curing lacquer system in step (d) is greater than the maximum diameter of the corundum particles, wherein the diameter of the holes of the rotary screen in the rotary screen printing process in step (d) is 2.5 to 3 times the maximum diameter of the corundum particles, and wherein the radiation-curing lacquer system in step (d) has a viscosity of 20 to 40 dPa*s.
Drive device for a motor vehicle drivetrain of an electric vehicle , in particular in the form of an off-road commercial vehicle, comprising a plurality of electric machines and a transmission in which different gear ratios between an input shaft and an output side are able to be selected, wherein a first electric machine is connected, or connectable, to the input shaft of the transmission , wherein the output side of the transmission is coupled to at least one output which in the motor vehicle drivetrain serves in each case to link in each case one drive axle of the electric vehicle , wherein a second electric machine is permanently connected to the output side , wherein provided apart from the first electric machine and the second electric machine is also at least one further electric machine which is in each case connectable to the input shaft by way of an intervening shifting clutch , and wherein provided in the transmission is a layshaft which is axially offset from the input shaft , characterized in that the layshaft is permanently coupled to the output side , in that the input shaft and the layshaft are in each case able to be coupled to one another by way of a first spur gear stage and a second spur gear stage , which each are composed of in each case one fixed gear and in each case one idler gear meshing with the latter, wherein in the spur gear stages the respective fixed gear is co-rotationally disposed on the input shaft or layshaft , while the respective idler gear of the respective spur gear stage is rotatably mounted on the layshaft or input shaft and is able to be fixedly established thereon by way of in each case one assigned switching element , and in that the second electric machine is co-rotationally connected to the layshaft .
A method performed by a terminal in a wireless communication system, the method comprising: receiving (S1110), from a base station, first information on a first cell allowed for a first logical channel associated with a packet duplication configured for a radio bearer, second information on a first subcarrier spacing, SCS, allowed for the first logical channel, third information on a second cell allowed for a second logical channel associated with the packet duplication, and fourth information on a second SCS allowed for the second logical channel; receiving (S1120), from the base station, a first medium access control, MAC, control element, CE, indicating an activation of the packet duplication; transmitting, to the base station, a first uplink data of the first logical channel, wherein the first uplink data is transmitted on the first cell based on the first information by using the first SCS based on the second information; and transmitting, to the base station, a second uplink data of the second logical channel, wherein the second uplink data is transmitted on the second cell based on the third information by using the second SCS based on the fourth information, wherein the second uplink data is a duplicate of the first uplink data and the second uplink data is duplicated from the first uplink data based on the first MAC CE. receiving (S1110), from a base station, first information on a first cell allowed for a first logical channel associated with a packet duplication configured for a radio bearer, second information on a first subcarrier spacing, SCS, allowed for the first logical channel, third information on a second cell allowed for a second logical channel associated with the packet duplication, and fourth information on a second SCS allowed for the second logical channel; receiving (S1120), from the base station, a first medium access control, MAC, control element, CE, indicating an activation of the packet duplication; transmitting, to the base station, a first uplink data of the first logical channel, wherein the first uplink data is transmitted on the first cell based on the first information by using the first SCS based on the second information; and transmitting, to the base station, a second uplink data of the second logical channel, wherein the second uplink data is transmitted on the second cell based on the third information by using the second SCS based on the fourth information, wherein the second uplink data is a duplicate of the first uplink data and the second uplink data is duplicated from the first uplink data based on the first MAC CE.