mhurhangee/patent-ind-claim-en huggingface dataset:
Device for the production of optical tweezers, comprising a laser beam source for generating a laser beam , and at least one acousto-optical deflector for generating an array of partial beams of the laser beam , wherein the array comprises rows , wherein the device has a staircase mirror unit comprising at least one first staircase mirror for reducing a row spacing of the partial beams of the array , wherein the first staircase mirror comprises mirrors , a staircase spacing between adjacent mirrors and a staircase height , wherein the staircase mirror unit comprises a second staircase mirror , wherein the second staircase mirror comprises mirrors , a staircase spacing between adjacent mirrors and a staircase height , characterized in that the staircase spacing of the second staircase mirror corresponds to the staircase height of the first staircase mirror , wherein all mirrors of the first staircase mirror have a parallel alignment and wherein all mirrors of the second staircase mirror have a parallel alignment. comprising a laser beam source for generating a laser beam , and at least one acousto-optical deflector for generating an array of partial beams of the laser beam , wherein the array comprises rows , wherein the device has a staircase mirror unit comprising at least one first staircase mirror for reducing a row spacing of the partial beams of the array , wherein the first staircase mirror comprises mirrors , a staircase spacing between adjacent mirrors and a staircase height , wherein the staircase mirror unit comprises a second staircase mirror , wherein the second staircase mirror comprises mirrors , a staircase spacing between adjacent mirrors and a staircase height , characterized in that the staircase spacing of the second staircase mirror corresponds to the staircase height of the first staircase mirror , wherein all mirrors of the first staircase mirror have a parallel alignment and wherein all mirrors of the second staircase mirror have a parallel alignment.
A sole structure for an article of footwear having an upper , the sole structure comprising: a first plate having a first surface facing away from the upper , the first plate including a forefoot region at an anterior end of the first plate , a heel region at a posterior end of the first plate , and a mid-foot region intermediate the forefoot region and the heel region ; a second plate having (i) a second surface opposing the first surface of the first plate and (ii) a first end attached at the forefoot region of the first plate , the second plate extending from the first end to a second end that is spaced apart from the first surface of the first plate ; a cushion disposed between the first plate and the second plate in the forefoot region and having a first side attached to the first surface of the first plate and a second side attached to the second surface of the second plate , the cushion extending from a medial side of the sole structure to a lateral side of the sole structure ; a heel pad attached to the second surface of the first plate at the posterior end; and a heel plate attached to the heel pad ; wherein the second plate and the heel plate cooperate to define a ground-engaging surface of the sole structure which is configured to contact a ground during operation, and the cushion comprises a fluid-filled bladder and the fluid-filled bladder includes a tensile member disposed therein. a first plate having a first surface facing away from the upper , the first plate including a forefoot region at an anterior end of the first plate , a heel region at a posterior end of the first plate , and a mid-foot region intermediate the forefoot region and the heel region ; a second plate having (i) a second surface opposing the first surface of the first plate and (ii) a first end attached at the forefoot region of the first plate , the second plate extending from the first end to a second end that is spaced apart from the first surface of the first plate ; a cushion disposed between the first plate and the second plate in the forefoot region and having a first side attached to the first surface of the first plate and a second side attached to the second surface of the second plate , the cushion extending from a medial side of the sole structure to a lateral side of the sole structure ; a heel pad attached to the second surface of the first plate at the posterior end; and a heel plate attached to the heel pad ; wherein the second plate and the heel plate cooperate to define a ground-engaging surface of the sole structure which is configured to contact a ground during operation, and the cushion comprises a fluid-filled bladder and the fluid-filled bladder includes a tensile member disposed therein.
A method of sharing a security application in a mobile terminal, wherein the mobile terminal runs a plurality of mobile applications, the mobile terminal further comprises a security application, and the method comprises: receiving, by the security application, service keys of a plurality of mobile applications; receiving, by the security application, encrypted service data sent by the plurality of mobile applications and performing decryption to obtain respective decrypted service data; processing, by the security application, respective corresponding service data by using the service keys of the plurality of mobile applications; and sending, by the security application, the processed respective corresponding service data to the corresponding mobile applications; characterized in that the security application comprises a first security application and a second security application; and wherein a portion of the several mobile applications communicate with the first security application, and another portion of the several mobile applications communicate with the second security application; wherein the service keys of the several mobile applications are securely isolated in the security application. receiving, by the security application, service keys of a plurality of mobile applications; receiving, by the security application, encrypted service data sent by the plurality of mobile applications and performing decryption to obtain respective decrypted service data; processing, by the security application, respective corresponding service data by using the service keys of the plurality of mobile applications; and sending, by the security application, the processed respective corresponding service data to the corresponding mobile applications; characterized in that the security application comprises a first security application and a second security application; and wherein a portion of the several mobile applications communicate with the first security application, and another portion of the several mobile applications communicate with the second security application; wherein the service keys of the several mobile applications are securely isolated in the security application.
An organic light-emitting display apparatus comprising: a first flexible plastic layer ; a first barrier layer entirely in direct contact with the first flexible plastic layer , the first barrier layer being substantially impervious to water and oxygen; a second flexible plastic layer formed over the first barrier layer ; an organic light-emitting device layer formed over the second flexible plastic layer ; a thin film encapsulating layer encapsulating the organic light-emitting device layer , a second barrier layer between the second flexible plastic layer and the organic light-emitting device layer , the second barrier layer being substantially impervious to water and oxygen, wherein the first barrier layer is patterned to correspond to an area where the organic light-emitting device layer is formed without extending beyond the organic light-emitting device layer , the first flexible plastic layer is in direct contact with the second flexible plastic layer in an area that surrounds the first barrier layer ; and wherein the second barrier layer is not in contact with the first flexible plastic layer , and wherein the second barrier layer is formed to extend beyond the organic light emitting device layer to be in contact with the thin film encapsulating layer in an outer part of an area where the organic light-emitting device layer is formed. a first flexible plastic layer ; a first barrier layer entirely in direct contact with the first flexible plastic layer , the first barrier layer being substantially impervious to water and oxygen; a second flexible plastic layer formed over the first barrier layer ; an organic light-emitting device layer formed over the second flexible plastic layer ; a thin film encapsulating layer encapsulating the organic light-emitting device layer , a second barrier layer between the second flexible plastic layer and the organic light-emitting device layer , the second barrier layer being substantially impervious to water and oxygen, wherein the first barrier layer is patterned to correspond to an area where the organic light-emitting device layer is formed without extending beyond the organic light-emitting device layer , the first flexible plastic layer is in direct contact with the second flexible plastic layer in an area that surrounds the first barrier layer ; and wherein the second barrier layer is not in contact with the first flexible plastic layer , and wherein the second barrier layer is formed to extend beyond the organic light emitting device layer to be in contact with the thin film encapsulating layer in an outer part of an area where the organic light-emitting device layer is formed.
Device for the generation and detection of magnetisation of a sample by means of magnetic resonance at least comprising means for providing a static magnetic field of predetermined direction and strength at a sample location, an emitting device for providing an additional magnetic field at the sample location, a receiving device for detecting magnetisation of the sample wherein the emitting or receiving device is formed by an LC oscillator , the oscillation frequency of which depends on the value of an inductive element of the LC oscillator, means for controlling the emitting device , wherein the emitting device and the means for controlling are sufficient for producing a magnetic field which can deflect magnetisation of the sample from a state of equilibrium and, downstream of the receiving device , demodulation means , analogue-digital converters as well as means for digital data processing , wherein means for determining the magnetisation of the sample and the thereby to be determined spin concentration of individual spectral components and means for outputting the magnetisation to the means for digital data processing are provided, and wherein the sample location is in the near field of the emitting device in which no wave is yet present, characterised in that • an arrangement of at least two LC oscillators , the oscillation frequency of which depends on the value of an inductive element of the LC oscillators and which, via an interconnection configured as a coupling network , are frequency-synchronised and through a control voltage have the same enforced oscillation frequency, forms both the receiving device and also the emitting device , as well as simultaneously being usable as an emitting and receiving device, and • one of the LC oscillators of the arrangement is designed as a voltage-controlled oscillator and the device is incorporated into a phase locked loop so that all LC oscillators in the arrangement follow a reference frequency. • an arrangement of at least two LC oscillators , the oscillation frequency of which depends on the value of an inductive element of the LC oscillators and which, via an interconnection configured as a coupling network , are frequency-synchronised and through a control voltage have the same enforced oscillation frequency, forms both the receiving device and also the emitting device , as well as simultaneously being usable as an emitting and receiving device, and • one of the LC oscillators of the arrangement is designed as a voltage-controlled oscillator and the device is incorporated into a phase locked loop so that all LC oscillators in the arrangement follow a reference frequency.
A drive, comprising an electrical device, therefore converter, and a gear unit and an electric motor, wherein the electrical device is in the form of a converter for supplying an electric motor driving a gear unit, wherein the electrical device has a housing part , a cover part and a heat-generating component part , in particular power semiconductor, wherein the exterior of the housing part has cooling ribs and/or cooling fingers, which project into a channel constructed and/or formed in a cover part , in particular as a depression, wherein the cover part is connected to the housing part in an impervious manner, in particular in a pressure-tight manner, so that the channel is arranged between the housing part and the cover part , wherein the component part is pressed, in particular by a spring element, against the inner side of the housing part, in particular against a contact surface formed at the inner side of the housing part, wherein a cooling means is arranged in the channel , wherein the cooling means is oil, wherein lubricating oil of the gear unit is used as oil, which gear unit is driven by the electric motor supplied by the electrical device.
A method for a multiple services for integrated building MSIB system to access data in elements of building automation system BAS , comprising: executing a virtual node hosting environment by a controller; generating at least one virtual node in the virtual node hosting environment for communication with elements of the BAS, where the virtual node hosting environment allocates memory and processor resources to the at least one virtual node; configuring a plurality of services for communicating with elements of the BAS where the plurality of services includes starting a plurality of mandatory services with at least a virtual node supervisor and a service supervisor with a polling time and separation timer period that are set in an at least one of the mandatory services; collecting data from the elements of the BAS via the configured services; and providing the collected data to one or more data consumers. executing a virtual node hosting environment by a controller; generating at least one virtual node in the virtual node hosting environment for communication with elements of the BAS, where the virtual node hosting environment allocates memory and processor resources to the at least one virtual node; configuring a plurality of services for communicating with elements of the BAS where the plurality of services includes starting a plurality of mandatory services with at least a virtual node supervisor and a service supervisor with a polling time and separation timer period that are set in an at least one of the mandatory services; collecting data from the elements of the BAS via the configured services; and providing the collected data to one or more data consumers.
A flow cell for differential refractive index detection, the flow cell comprising: a transparent body extending from a first end to a second end along a longitudinal axis , the transparent body defining: a first prism chamber configured to allow fluid flow between the first and second ends of the transparent body along the longitudinal axis ; and a second prism chamber ; wherein the first prism chamber and the second prism chamber each comprise a grating comprising a plurality of grooves characterised in that the grooves extend along the longitudinal axis in the direction of fluid flow and the gratings provide the first prism chamber and the second prism chamber with an optical edge length the same as an optical edge length of chambers with triangular cross-sections while also providing the first prism chamber and the second prism chamber with a comparatively smaller cross-sectional area. a transparent body extending from a first end to a second end along a longitudinal axis , the transparent body defining: a first prism chamber configured to allow fluid flow between the first and second ends of the transparent body along the longitudinal axis ; and a second prism chamber ; a first prism chamber configured to allow fluid flow between the first and second ends of the transparent body along the longitudinal axis ; and a second prism chamber ; wherein the first prism chamber and the second prism chamber each comprise a grating comprising a plurality of grooves characterised in that the grooves extend along the longitudinal axis in the direction of fluid flow and the gratings provide the first prism chamber and the second prism chamber with an optical edge length the same as an optical edge length of chambers with triangular cross-sections while also providing the first prism chamber and the second prism chamber with a comparatively smaller cross-sectional area.
Radiation-curable inkjet ink composition comprising a gellant, wherein the gellant comprises: • Sunflower wax; and • an ester compound, the ester compound consisting essentially of a condensation product of a first reactant and a second reactant, wherein the first reactant is a compound A comprising at least 3 first functional groups, and wherein the second reactant comprises at least one compound B, wherein the at least one compound B comprises a second functional group, wherein the first functional group is a first group selected from a hydroxyl functional group and a carboxylic acid functional group and the second functional group is a second group selected from a hydroxyl functional group and a carboxylic acid functional group, wherein the first functional group is different from the second functional group. • Sunflower wax; and • an ester compound, the ester compound consisting essentially of a condensation product of a first reactant and a second reactant, wherein the first reactant is a compound A comprising at least 3 first functional groups, and wherein the second reactant comprises at least one compound B, wherein the at least one compound B comprises a second functional group, wherein the first functional group is a first group selected from a hydroxyl functional group and a carboxylic acid functional group and the second functional group is a second group selected from a hydroxyl functional group and a carboxylic acid functional group, wherein the first functional group is different from the second functional group.
A method for making an antibody comprising at least two different Fab regions, wherein a first Fab region comprises a first light chain (LC) and heavy chain (HC), and a second Fab region comprises a second light chain (LC) and heavy chain (HC); the method comprising: i) a step of culturing a host cell comprising a nucleic acid encoding said antibody under conditions to express said antibody, and ii) a step of recovering said antibody from the host cell culture, wherein at least one of the LC-HC pairs comprises a non-natural disulfide bond formed by cysteine residues introduced at positions selected from light chain position 116-heavy chain position 126, light chain position 116-heavy chain position 127, light chain position 116-heavy chain position 128, light chain position 116-heavy chain position 134, light chain position 116-heavy chain position 141, light chain position 118-heavy chain position 126, light chain position 118-heavy chain position 127, light chain position 118-heavy chain position 128, light chain position 118-heavy chain position 134, light chain position 118-heavy chain position 141, light chain position 121-heavy chain position 126, light chain position 121-heavy chain position 127, light chain position 121-heavy chain position 128, light chain position 121-heavy chain position 134, light chain position 121-heavy chain position 141, light chain position 124-heavy chain position 126, light chain position 124-heavy chain position 127, light chain position 124-heavy chain position 128, light chain position 124-heavy chain position 134, light chain position 124-heavy chain position 141, light chain position 162-heavy chain position 170, light chain position 162-heavy chain position 171 and light chain position 162-heavy chain position 173. i) a step of culturing a host cell comprising a nucleic acid encoding said antibody under conditions to express said antibody, and ii) a step of recovering said antibody from the host cell culture,
A syringe for retaining and mixing first and second substances comprising - a barrel comprising a sealable and/or closable distal outlet and a vacuum chamber for retaining a first substance in a vacuum, - a plunger incorporating a reservoir chamber for holding a second substance and configured to be axially displaced through a proximal end of the barrel , - a membrane separating the vacuum chamber and the reservoir chamber, and - a pointed member , such as one or more needles, for penetrating the membrane , wherein the syringe is configured such that an axial displacement of the plunger from a first position to a predefined second position in the barrel penetrates the membrane by the pointed member and establishes a fluid passageway between the reservoir chamber and the vacuum chamber , the syringe characterized in that the vacuum in the vacuum chamber thereupon aspirates the second substance into the vacuum chamber thereby transferring the content of the reservoir chamber into the vacuum chamber without displacement of the plunger from said predefined second position. - a barrel comprising a sealable and/or closable distal outlet and a vacuum chamber for retaining a first substance in a vacuum, - a plunger incorporating a reservoir chamber for holding a second substance and configured to be axially displaced through a proximal end of the barrel , - a membrane separating the vacuum chamber and the reservoir chamber, and - a pointed member , such as one or more needles, for penetrating the membrane ,
A terminal apparatus , comprising: a transmitter configured to transmit a system information, SI, request to request transmission of a first type of on-demand SI among multiple types of on-demand SI; and a receiver configured to acquire the first type of on-demand SI, wherein the first type of on-demand SI is monitored during a first window included in a monitoring window, a start time of the monitoring window is at least based on a transmission timing of the system information request to request transmission of the first type of on-demand SI, a length of the monitoring window is given based on information included in non-demand SI, the non-demand SI being transmitted periodically from a base station ,and a start time and a length of the first window is given at least based on the information included in the non-demand SI. a transmitter configured to transmit a system information, SI, request to request transmission of a first type of on-demand SI among multiple types of on-demand SI; and a receiver configured to acquire the first type of on-demand SI, wherein the first type of on-demand SI is monitored during a first window included in a monitoring window, a start time of the monitoring window is at least based on a transmission timing of the system information request to request transmission of the first type of on-demand SI, a length of the monitoring window is given based on information included in non-demand SI, the non-demand SI being transmitted periodically from a base station ,and a start time and a length of the first window is given at least based on the information included in the non-demand SI.
An in vitro method for monitoring transplanted organ status in a subject, comprising: isolating, purifying or identifying donor organ-derived microvesicles from a biological sample obtained from a subject that has received a transplant from a donor by detecting a major histocompatibility complex protein (MHC) specific to the donor on the donor organ-derived microvesicles.