mhurhangee/patent-ind-claim-en huggingface dataset:
A chimeric receptor polypeptide comprising: a) a ligand binding domain, wherein the ligand binding domain binds to a ligand, wherein the ligand binding domain is a single chain variable fragment that specifically binds CD19 and wherein the ligand binding domain comprises the amino acid sequence: b) a spacer of a length that is specific for the ligand, wherein the spacer provides for increased T cell proliferation and/or cytokine production in response to the ligand when compared to a reference chimeric receptor, wherein the spacer is of a length of 15 amino acids or less and comprises the amino acid sequence: ESKYGPPCPPCP; c) a transmembrane domain, wherein the transmembrane domain comprises the amino acid sequence: MFWVL VVVGGVLACYSLL VTV AFIIFWV of a CD28 transmembrane domain; and d) an intracellular signaling domain, wherein the intracellular signaling domain comprises the signaling domain of CD3 zeta and the signaling domain of 4-1BB, wherein the intracellular signaling domain comprises the amino acid sequence: a) a ligand binding domain, wherein the ligand binding domain binds to a ligand, wherein the ligand binding domain is a single chain variable fragment that specifically binds CD19 and wherein the ligand binding domain comprises the amino acid sequence: b) a spacer of a length that is specific for the ligand, wherein the spacer provides for increased T cell proliferation and/or cytokine production in response to the ligand when compared to a reference chimeric receptor, wherein the spacer is of a length of 15 amino acids or less and comprises the amino acid sequence: ESKYGPPCPPCP; c) a transmembrane domain, wherein the transmembrane domain comprises the amino acid sequence: MFWVL VVVGGVLACYSLL VTV AFIIFWV of a CD28 transmembrane domain; and d) an intracellular signaling domain, wherein the intracellular signaling domain comprises the signaling domain of CD3 zeta and the signaling domain of 4-1BB, wherein the intracellular signaling domain comprises the amino acid sequence:
A method in an electronic device comprising one or more motion detectors and a fingerprint sensor , the method comprising: detecting, with the one or more motion detectors whether the electronic device is rotating in three-dimensional space; detecting, with the fingerprint sensor , rotation of an object contacting the fingerprint sensor and, where the object is rotating, an object rotation direction; selecting, with one or more processors operable with the fingerprint sensor and the one or more motion detectors : a first control operation for the electronic device when the electronic device is stationary and the object rotation direction is clockwise; or a second control operation, different from the first control operation, when the electronic device is rotating and the object rotation direction is clockwise; and performing, with the one or more processors, the selected one of either the first control operation or the second control operation. detecting, with the one or more motion detectors whether the electronic device is rotating in three-dimensional space; detecting, with the fingerprint sensor , rotation of an object contacting the fingerprint sensor and, where the object is rotating, an object rotation direction; selecting, with one or more processors operable with the fingerprint sensor and the one or more motion detectors : a first control operation for the electronic device when the electronic device is stationary and the object rotation direction is clockwise; or a second control operation, different from the first control operation, when the electronic device is rotating and the object rotation direction is clockwise; and a first control operation for the electronic device when the electronic device is stationary and the object rotation direction is clockwise; or a second control operation, different from the first control operation, when the electronic device is rotating and the object rotation direction is clockwise; and performing, with the one or more processors, the selected one of either the first control operation or the second control operation.
A vehicle for sewer cleaning with the arm comprising a flushing hose suppliable with pressurized water and insertable in the sewer and further a suction hose which is lowerable into the sewer and suppliable with induced draft, with the flushing hose and the suction hose being provided on the side of the vehicle, and with a container for the water required during sewer cleaning and/or the sludge accruing during sewer cleaning, and with an arm received on the container , which is raisable and lowerable and/or rotatable around a vertical axis for manipulating the flushing hose and/or the suction hose , with at least one additional work tool being provided to perform sewer works going beyond sewer cleaning and which may be manipulated by the arm , wherein the additional work tool is connected with the arm only when required and is otherwise only loosely placed on an associated holding device provided on the vehicle side, with a coupling device being provided by which the additional work device is connectable with the arm , with the arm being suitable to remove the additional work device from the associated holding device , to manipulate it according to its intended use and to subsequently bring it back to the holding device .
A method comprising employing at least one hardware processor of a computer system to: in response to receiving a robotic process automation, RPA, script indicating a target element of a user interface, UI, , perform an attempt to identify a runtime instance of the target element within a runtime instance of the UI , the runtime instance of the UI currently displaying an initial part of an electronic document; in response to a successful identification of the runtime instance of the target element , perform an action that reproduces a result of a human operator acting on the runtime instance of the target element ; characterized in that if the attempt fails, determine whether a UI container (54a; 54b; 54c; 54d; 54e) currently displaying the initial part of the electronic document is scrollable; in response, if the UI container is scrollable, activate a scroll control (55a, 55b; 55c, 55d, 55e; 55f, 55g; 55h, 55k, 55m, 55n) to cause the runtime instance of the UI to display a subsequent part of the electronic document; in response to activating the scroll control, perform another attempt to identify the runtime instance of the target element within the runtime instance of the UI , the runtime instance of the UI currently displaying the subsequent part of the electronic document. in response to receiving a robotic process automation, RPA, script indicating a target element of a user interface, UI, , perform an attempt to identify a runtime instance of the target element within a runtime instance of the UI , the runtime instance of the UI currently displaying an initial part of an electronic document; in response to a successful identification of the runtime instance of the target element , perform an action that reproduces a result of a human operator acting on the runtime instance of the target element ; characterized in that if the attempt fails, determine whether a UI container (54a; 54b; 54c; 54d; 54e) currently displaying the initial part of the electronic document is scrollable; in response, if the UI container is scrollable, activate a scroll control (55a, 55b; 55c, 55d, 55e; 55f, 55g; 55h, 55k, 55m, 55n) to cause the runtime instance of the UI to display a subsequent part of the electronic document; in response to activating the scroll control, perform another attempt to identify the runtime instance of the target element within the runtime instance of the UI , the runtime instance of the UI currently displaying the subsequent part of the electronic document.
A method of indicating the reception of voice in a hearing assistance system that is constructed and arranged to assist a user to better hear the voice of another person and comprises a directional microphone array (12;14) with an output, the method comprising: using a detector that comprises a voice activity detector (16;18) that is operably coupled to the microphone array output and is capable of determining whether or not speech has been received by the hearing assistance system to detect the reception of the voice of another person by the hearing assistance system; and in response to detecting the reception of the voice of another person by the hearing assistance system, visually indicating the reception of the voice of another person by the hearing assistance system by: visually indicating the reception of the voice of another person by the hearing assistance system when the voice is received within a first active sound reception angle, but not visually indicating the reception of the voice of another person by the hearing assistance system when the voice is received outside of the first active sound reception angle. using a detector that comprises a voice activity detector (16;18) that is operably coupled to the microphone array output and is capable of determining whether or not speech has been received by the hearing assistance system to detect the reception of the voice of another person by the hearing assistance system; and in response to detecting the reception of the voice of another person by the hearing assistance system, visually indicating the reception of the voice of another person by the hearing assistance system by: visually indicating the reception of the voice of another person by the hearing assistance system when the voice is received within a first active sound reception angle, but not visually indicating the reception of the voice of another person by the hearing assistance system when the voice is received outside of the first active sound reception angle.
A device housing comprising: a first light device , the first light device comprising a first electrical supply configured to provide an electrical signal to a first light emitting diode (LED) , the first LED separated from a first surface of a diffuser film by a space , wherein the diffuser film comprises a second surface, opposite the first surface, the second surface configured to contact a first light pipe , characterized in that the device housing further comprises a second light device , the second light device comprising a second electrical supply configured to provide an electrical signal to a second LED , wherein the second LED contacts a second light pipe .
A bioabsorbable polymer blend comprising: (i) a thermoplastic polyurethane (TPU) component; and (ii) a polymer component comprising polylactic acid (PLA), polyglycolic acid (PGA), poly(lactic- co -glycolic acid), poly(glycolide- co -caprolactone), poly(glycolide- co- trimethylene carbonate), poly(lactic- co -caprolactone), poly(lactic- co -trimethylene carbonate), or any combination thereof; wherein said thermoplastic polyurethane component comprises a bioabsorbable TPU compound being the reaction product of (i) a polyisocyanate component, (ii) a diol chain extender component, and (iii) a polyol component, wherein at least one of the components (i), (ii), and (iii) contains hydrolyzable units such that the resulting compound contains hydrolyzable units in its backbone; and wherein the bioabsorbable unit of the polyol component is derived from lactic acid, glycolic acid, caprolactone, or combinations thereof. wherein said thermoplastic polyurethane component comprises a bioabsorbable TPU compound being the reaction product of (i) a polyisocyanate component, (ii) a diol chain extender component, and (iii) a polyol component, wherein at least one of the components (i), (ii), and (iii) contains hydrolyzable units such that the resulting compound contains hydrolyzable units in its backbone; and wherein the bioabsorbable unit of the polyol component is derived from lactic acid, glycolic acid, caprolactone, or combinations thereof.
A method for forming a matrix of light-emitting diode, LED, elements of different colours, comprising: epitaxially growing a first layer on a GaN sacrificial layer , the first layer comprising a stacked structure of a first n-doped GaN layer , a first p-doped GaN layer , and a first In x Ga (1-x) N layer arranged therebetween, wherein x lies within the range of 0.10-0.75; patterning the first layer to form a first array of first LED elements arranged to emit light of a first colour; forming a first etch mask protecting the first array and comprising a plurality of first trenches exposing the sacrificial layer; epitaxially growing a second array of second LED elements in the plurality of first trenches, wherein the second LED elements are arranged to emit light of a second colour and comprise a stacked structure of a second n-doped GaN layer , a second p-doped GaN layer , and a second In y Ga (1-y) N layer arranged therebetween, wherein y lies within the range of 0.20-0.28; forming a second etch mask protecting the second array and comprising a plurality of second trenches exposing the sacrificial layer; and epitaxially growing a third array of third LED elements in the plurality of second trenches, wherein the third LED elements are arranged to emit light of a third colour and comprise a stacked structure of a third n-doped GaN layer , a third p-doped GaN layer , and a third In z Ga (1-z) N layer arranged therebetween, wherein z lies within the range of 0.28-0.33; wherein the first, second and third arrays form the matrix. epitaxially growing a first layer on a GaN sacrificial layer , the first layer comprising a stacked structure of a first n-doped GaN layer , a first p-doped GaN layer , and a first In x Ga (1-x) N layer arranged therebetween, wherein x lies within the range of 0.10-0.75; patterning the first layer to form a first array of first LED elements arranged to emit light of a first colour; forming a first etch mask protecting the first array and comprising a plurality of first trenches exposing the sacrificial layer; epitaxially growing a second array of second LED elements in the plurality of first trenches, wherein the second LED elements are arranged to emit light of a second colour and comprise a stacked structure of a second n-doped GaN layer , a second p-doped GaN layer , and a second In y Ga (1-y) N layer arranged therebetween, wherein y lies within the range of 0.20-0.28; forming a second etch mask protecting the second array and comprising a plurality of second trenches exposing the sacrificial layer; and epitaxially growing a third array of third LED elements in the plurality of second trenches, wherein the third LED elements are arranged to emit light of a third colour and comprise a stacked structure of a third n-doped GaN layer , a third p-doped GaN layer , and a third In z Ga (1-z) N layer arranged therebetween, wherein z lies within the range of 0.28-0.33; wherein the first, second and third arrays form the matrix.
A fine particle measuring device at least comprising: at least two light sources having different wavelength regions; a detection unit configured to detect light from a fluorescent reference particle in accordance with excitation light from the light sources; and an information processing unit configured to compare, on a basis of information detected by the detection unit, a feature quantity of an output pulse based on a reference light source among the plurality of light sources with a feature quantity of an output pulse based on at least another light source among the plurality of light sources, and adjust an output of the another light source; wherein the information processing unit adjusts the output of the another light source on a basis of a preset adjustment ratio of feature quantities of the output pulses of the reference light source and the another light source. at least two light sources having different wavelength regions; a detection unit configured to detect light from a fluorescent reference particle in accordance with excitation light from the light sources; and an information processing unit configured to compare, on a basis of information detected by the detection unit, a feature quantity of an output pulse based on a reference light source among the plurality of light sources with a feature quantity of an output pulse based on at least another light source among the plurality of light sources, and adjust an output of the another light source; wherein the information processing unit adjusts the output of the another light source on a basis of a preset adjustment ratio of feature quantities of the output pulses of the reference light source and the another light source.
A device for securing an encoder means to an end of a shaft of an electric drive, having an encoder means , a shaft with a shaft end and with a bearing , wherein the shaft end has two cutouts into which there engages the encoder means , whereby there is formed a form-locked connection acting at least in the direction of a shaft axis , characterised in that the cutouts are formed at the shaft end as two parallel transverse grooves oriented transversely to the shaft longitudinal direction, wherein a rib remaining between the transverse grooves and an adjacent shaft end face stands back with respect to the inner contour of the bearing and the spatial region hereby obtained is occupied by the encoder means and in that the bearing of the electric drive serves as a securing means against disconnection of the form-locked connection.
A duct coupler assembly for use in post-tensioning concrete comprising: a female duct coupler , the female duct coupler coupled to a first duct segment , the female duct coupler including a female duct coupler body having a female edge and an inner surface having an inner diameter, the female duct coupler having a bayonet slot ; and a male duct coupler , the male duct coupler coupled to a second duct segment , the male duct coupler including a male duct coupler body having an outer surface with an outer diameter, the outer diameter being smaller than the inner diameter of the inner surface of the female duct coupler body , such that at least a portion of the male duct coupler body is positioned within the female duct coupler body , the male duct coupler having a bayonet post extending from the outer surface of the male duct coupler body , the male duct coupler separably coupled to the female duct coupler , and the bayonet post positioned within the bayonet slot wherein the bayonet post contacts a detent or flat formed in the bayonet slot and wherein the detent or flat retains the bayonet post by elastic tension between the female duct coupler body and the male duct coupler body ; characterised in that the male duct coupler further comprises a male coupler flange , the male coupler flange abuts the female edge of the female duct coupler when the male duct coupler is coupled with the female duct coupler so as to resist further insertion of the male duct coupler body into the female duct coupler body . a female duct coupler , the female duct coupler coupled to a first duct segment , the female duct coupler including a female duct coupler body having a female edge and an inner surface having an inner diameter, the female duct coupler having a bayonet slot ; and a male duct coupler , the male duct coupler coupled to a second duct segment , the male duct coupler including a male duct coupler body having an outer surface with an outer diameter, the outer diameter being smaller than the inner diameter of the inner surface of the female duct coupler body , such that at least a portion of the male duct coupler body is positioned within the female duct coupler body , the male duct coupler having a bayonet post extending from the outer surface of the male duct coupler body , the male duct coupler separably coupled to the female duct coupler , and the bayonet post positioned within the bayonet slot wherein the bayonet post contacts a detent or flat formed in the bayonet slot and wherein the detent or flat retains the bayonet post by elastic tension between the female duct coupler body and the male duct coupler body ; characterised in that the male duct coupler further comprises a male coupler flange , the male coupler flange abuts the female edge of the female duct coupler when the male duct coupler is coupled with the female duct coupler so as to resist further insertion of the male duct coupler body into the female duct coupler body .
A disposal container for used dialysate comprising a flexible bag in or at which an inlet connection is formed or arranged which is prepared for connecting the bag to a dialysis machine of the mobile type such that the, preferably sterile, disposal container is movable or displaceable along with the dialysis machine, characterized by an outlet connection or connector which is provided separately from the inlet connection and is prepared for connecting the bag to a sewer line in a way sealed against the connector environment, wherein the connector is formed integrally with the bag and at its end facing away from the bag includes a connection , preferably in the form of a Luer lock or a three-way cock or a Walther coupling, so as to be adapted to be coupled to the sewer line .
Plunger for a medical syringe , the plunger having a plunger body which has a longitudinal axis (x), a lateral surface, a front side and a rear side, a first sealing bead being associated with the front side of the plunger and the rear side being used to connect to a plunger rod , a front part of the plunger , including the front side, furthermore being covered with a film-like cover layer for also separating the plunger from the medical substance in the use position, characterised in that the cover layer is formed having different thicknesses (d), the thickness (d) being greatest in the region of the longitudinal axis (x) and, starting from the longitudinal axis (x), decreasing radially outwards, in that the plunger has a plurality of sealing beads (15 to 17) extending in a plane perpendicular to the longitudinal axis (x), having a first sealing bead which is associated with the front side of the plunger , a sealing bead (15 to 17) extending in a rounded manner relative to a longitudinal cross-section through the plunger viewed prior to the insertion of the plunger into a syringe , having a largest radial dimension (a) in a plane extending perpendicularly to the longitudinal axis (x), in that the cover layer extends as far as the radially outermost region of the first sealing bead and, in the axial direction, starting from a point at which the outermost region of the first sealing bead is first reached, extends over 0.1 mm or more, up to 3 mm, in the direction of the longitudinal axis (x), in that the cover layer has a smallest thickness (d) of 0.1 to 3 μm, in that the cover layer has a thickness in the range of 0.2 to 60 μm in the central region of the front plunger side, and in that the cover layer extends as far as a rear side of the first sealing bead that faces away from a front side of the plunger, but does not reach a subsequent cylindrical portion of the plunger.