mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a modular top drive system, comprising: positioning a tool (110;112;114;200;240;270;300;340;370;400;440;470) adjacent a top drive unit (102;102') and within a range of an identification reader (524;602;738), wherein positioning the tool comprises: retrieving the tool from a tool storage unit; and transporting the tool to a plurality of slips positioned underneath the top drive unit; reading one or more identification devices (202;302;402) on the tool using the identification reader; determining whether the tool is a correct tool using a tool identification information obtained from the one or more identification devices; if the tool is the correct tool: configuring the top drive unit according to the tool identification information; and engaging the tool to the top drive unit; if the tool is not the correct tool, positioning another tool adjacent to the top drive unit. positioning a tool (110;112;114;200;240;270;300;340;370;400;440;470) adjacent a top drive unit (102;102') and within a range of an identification reader (524;602;738), wherein positioning the tool comprises: retrieving the tool from a tool storage unit; and transporting the tool to a plurality of slips positioned underneath the top drive unit; retrieving the tool from a tool storage unit; and transporting the tool to a plurality of slips positioned underneath the top drive unit; reading one or more identification devices (202;302;402) on the tool using the identification reader; determining whether the tool is a correct tool using a tool identification information obtained from the one or more identification devices; if the tool is the correct tool: configuring the top drive unit according to the tool identification information; and engaging the tool to the top drive unit; configuring the top drive unit according to the tool identification information; and engaging the tool to the top drive unit; if the tool is not the correct tool, positioning another tool adjacent to the top drive unit.
An electrosurgical instrument for delivering electromagnetic energy to biological tissue at a treatment site, the electrosurgical instrument comprising: a coaxial transmission line comprising an inner conductor , an outer conductor and a dielectric material separating the inner conductor from the outer conductor, the coaxial transmission line being arranged to convey microwave electromagnetic (EM) energy; a radiating tip mounted at a distal end of the coaxial transmission line to receive the microwave EM energy from the coaxial transmission line and emit the microwave EM energy as a field around the radiating tip; an auxiliary transmission line extending along the coaxial transmission line towards the radiating tip, the auxiliary transmission line being arranged to convey electromagnetic energy having an electroporation waveform; and a microelectrode array mounted on the radiating tip and electrically connected to the auxiliary transmission line, wherein the microelectrode array is configured to receive the electromagnetic energy having an electroporation waveform from the auxiliary transmission line to thereby generate an electric field at the radiating tip for electroporation of biological tissue. a coaxial transmission line comprising an inner conductor , an outer conductor and a dielectric material separating the inner conductor from the outer conductor, the coaxial transmission line being arranged to convey microwave electromagnetic (EM) energy; a radiating tip mounted at a distal end of the coaxial transmission line to receive the microwave EM energy from the coaxial transmission line and emit the microwave EM energy as a field around the radiating tip; an auxiliary transmission line extending along the coaxial transmission line towards the radiating tip, the auxiliary transmission line being arranged to convey electromagnetic energy having an electroporation waveform; and a microelectrode array mounted on the radiating tip and electrically connected to the auxiliary transmission line, wherein the microelectrode array is configured to receive the electromagnetic energy having an electroporation waveform from the auxiliary transmission line to thereby generate an electric field at the radiating tip for electroporation of biological tissue.
An optical multiplexing apparatus placed in a transmission line comprising:a control light generator which generates a control light (Esj) obtained by modulating an intensity-modulated light by a data signal; and a multiplexer which combines the control light (Esj) with a carrier light (Ec(j)) propagating the transmission line and outputs a first combined optical signal;an all-optical modulator which receives the first combined optical signal and combines the control light (Esj) with the carrier light (Ec(j)) by using a non linear optical medium for all-optical modulating the carrier light (Ec(j)) on the basis of the control light (Esj) and outputs an optical phase modulation signal; and an optical filter which passes a light (Ec(j+1)) having the wavelength of the carrier light (Ec(j)) from the optical phase modulation signal, the optical multiplexing apparatus characterized by the control light generator including a first light source , a second light source , an intensity-modulated light generation multiplexer and a modulator ;the first light source which outputs a first light (v 1) ;the second light source which outputs a second light (v2) different from the first light (v1) in optical frequency;the intensity-modulated light generation multiplexer which combines the first light (v1) and the second light (v2), and outputs a subcarrier light having sinusoidal intensity at a frequency corresponding to the difference between optical frequencies of the first light (v1) and the second light (v 2) ;the modulator which modulates the subcarrier light outputted from the intensity-modulated light generation multiplexer by the data signal, the data signal transmitted via the transmission line ,wherein when the data signal transmitted to the modulator is an electrical signal and the modulator is a nonlinear optical medium, the modulator E/O-converts the data signal transmitted thereto and intensity-modulates the subcarrier light outputted from the intensity-modulated light generation multiplexer by the E/O-converted data signal, and wherein when the data signal transmitted to the modulator is an optical signal, the modulator inputs the data signal directly to a nonlinear optical medium and intensity-modulates the subcarrier light.
An intraocular lens IOL, comprising: an optic body made from a three-dimensional polymeric matrix, comprising a copolymer system comprising at least one non-ionic acrylic monomer, wherein the three-dimensional polymeric matrix has a non-uniform cross-link density created by applying ionising energy to an already cured optic body to break cross-linked bonds wherein when hydrated in a hydrating solution the non-uniform cross-link density causes the three-dimensional polymeric matrix to swell in a non-uniform manner, thereby creating a non-uniform refractive index within the optic body to create an anti-reflection surface layer in an outermost region of the lens, wherein the anti-reflection surface layer comprises a region of the matrix that is 50 nm to 100 microns thick, wherein the anti-reflection surface layer is at least partially disposed around a central aperture formed in the optic body, and wherein said anti-reflection surface layer has been formed by irradiating the three-dimensional polymeric matrix with the ionizing energy in a pattern configured to create said non-uniform cross-link density within the matrix. an optic body made from a three-dimensional polymeric matrix, comprising a copolymer system comprising at least one non-ionic acrylic monomer, wherein the three-dimensional polymeric matrix has a non-uniform cross-link density created by applying ionising energy to an already cured optic body to break cross-linked bonds wherein when hydrated in a hydrating solution the non-uniform cross-link density causes the three-dimensional polymeric matrix to swell in a non-uniform manner, thereby creating a non-uniform refractive index within the optic body to create an anti-reflection surface layer in an outermost region of the lens, wherein the anti-reflection surface layer comprises a region of the matrix that is 50 nm to 100 microns thick, wherein the anti-reflection surface layer is at least partially disposed around a central aperture formed in the optic body, and wherein said anti-reflection surface layer has been formed by irradiating the three-dimensional polymeric matrix with the ionizing energy in a pattern configured to create said non-uniform cross-link density within the matrix.
An improved graphene based security thread for securing security paper consisting of: - a dimensionally stable carrier film ; - a graphene nano-platelets inks coated/printed over the carrier film ; and - a UV curable lacquer/Graphene based lacquer coated over the graphene nano-platelets inks layer; the thread being characterised in that it further consists of - a Liquid crystal film coated over the UV curable lacquer/Graphene based lacquer layer; and - a PET film laminated over the Liquid crystal film . - a dimensionally stable carrier film ; - a graphene nano-platelets inks coated/printed over the carrier film ; and - a UV curable lacquer/Graphene based lacquer coated over the graphene nano-platelets inks layer; the thread being characterised in that it further consists of - a Liquid crystal film coated over the UV curable lacquer/Graphene based lacquer layer; and - a PET film laminated over the Liquid crystal film .
An aqueous liquid pharmaceutical formulation of an antibody-drug conjugate, wherein the formulation comprises the antibody-drug conjugate, a non-reducing sugar, an amino acid, and a solubilizer, the non-reducing sugar is selected from mannitol, sucrose, and a combination thereof, the amino acid is selected from histidine and a hydrochloride thereof, and the solubilizer is polysorbate 80; wherein the antibody-drug conjugate is an anti-HER2 monoclonal antibody-vc-MMAE, wherein the anti-HER2 monoclonal antibody is connected to MMAE via a linker vc, and the structure of the linker and MMAE after connection is: and wherein the antibody of the antibody-drug conjugate comprises a heavy chain and a light chain, the heavy chain comprises CDRs 1 -3 having amino acid sequences as shown in SEQ ID NO: 1, 2 and 3, respectively, and wherein the light chain comprises CDRs 1-3 having amino acid sequences as shown in SEQ ID NO: 4, 5 and 6, respectively. the formulation comprises the antibody-drug conjugate, a non-reducing sugar, an amino acid, and a solubilizer, the non-reducing sugar is selected from mannitol, sucrose, and a combination thereof, the amino acid is selected from histidine and a hydrochloride thereof, and the solubilizer is polysorbate 80; wherein the antibody-drug conjugate is an anti-HER2 monoclonal antibody-vc-MMAE, wherein the anti-HER2 monoclonal antibody is connected to MMAE via a linker vc, and the structure of the linker and MMAE after connection is: and wherein the antibody of the antibody-drug conjugate comprises a heavy chain and a light chain, the heavy chain comprises CDRs 1 -3 having amino acid sequences as shown in SEQ ID NO: 1, 2 and 3, respectively, and wherein the light chain comprises CDRs 1-3 having amino acid sequences as shown in SEQ ID NO: 4, 5 and 6, respectively.
An additive for polymers, including A: dialkylphosphinic salts of the formula (I) wherein R 1 , R 2 are the same or different, represents C1-C6-alkyl M is Mg, Ca, Al, Zn, Fe; m is 2-3; B: chlorine compound, where the weight content of chlorine in total additives is 50-900ppm, wherein the described chlorine compound is selected from the group consisting of one or several substances of chlorinated olefin, sodium chloride, potassium chloride, aluminum chloride, chlorine gas, hydrochloric acid, sodium hypochlorite, coupling agent containing chlorine, surfactant containing chlorine or PVC. A: dialkylphosphinic salts of the formula (I) wherein R 1 , R 2 are the same or different, represents C1-C6-alkyl M is Mg, Ca, Al, Zn, Fe; m is 2-3; R 1 , R 2 are the same or different, represents C1-C6-alkyl M is Mg, Ca, Al, Zn, Fe; m is 2-3; B: chlorine compound, where the weight content of chlorine in total additives is 50-900ppm, wherein the described chlorine compound is selected from the group consisting of one or several substances of chlorinated olefin, sodium chloride, potassium chloride, aluminum chloride, chlorine gas, hydrochloric acid, sodium hypochlorite, coupling agent containing chlorine, surfactant containing chlorine or PVC.
An isolated binding polypeptide comprising a stable VH/VL pair that specifically binds to human platelet-derived growth factor receptor beta (PDGFRβ), wherein the VH domain comprises CDR3, CDR2, and CDR1 amino acid sequences, wherein (i) VH CDR3 comprises the amino acid sequence set forth in SEQ ID NO: 1, VH CDR2 comprises the amino acid sequence set forth in SEQ ID NO: 3, and VH CDR1 comprises the amino acid sequence set forth in SEQ ID NO: 35; or (ii) the VH domain comprises the amino acid sequence set forth in SEQ ID NO: 321; and wherein the VL domain comprises the amino acid sequence set forth in SEQ ID NO: 425. (i) VH CDR3 comprises the amino acid sequence set forth in SEQ ID NO: 1, VH CDR2 comprises the amino acid sequence set forth in SEQ ID NO: 3, and VH CDR1 comprises the amino acid sequence set forth in SEQ ID NO: 35; or (ii) the VH domain comprises the amino acid sequence set forth in SEQ ID NO: 321;
Method for the rigid connection, via the opposing edges thereof, of two thin elements , of which at least one is produced from a composite fibre/resin material, characterised in that : - a flange is prepared which has a cavity having a flared cross-section which is at least approximately trapezoidal; - a counter-flange is prepared which has a protrusion which has a convergent cross-section which is at least approximately trapezoidal and which has a shape which complements that of the cavity of the flange ; - the edges of the thin elements are at least partially formed to the shape of the protrusion of the counter-flange ; - the flange and the counter-flange are moved closer to each other with the formed edges being interposed between the cavity of the flange and the protrusion of the counter-flange; and - the flange and the counter-flange are clamped in the direction of each other so that they press between them the formed edges of the elements , the depth of the cavity of the flange and the thickness of the edges of the elements being selected so that, at the end of clamping of the flange and the counter-flange , there is a gap between the base of the cavity and the edges. - a flange is prepared which has a cavity having a flared cross-section which is at least approximately trapezoidal; - a counter-flange is prepared which has a protrusion which has a convergent cross-section which is at least approximately trapezoidal and which has a shape which complements that of the cavity of the flange ; - the edges of the thin elements are at least partially formed to the shape of the protrusion of the counter-flange ; - the flange and the counter-flange are moved closer to each other with the formed edges being interposed between the cavity of the flange and the protrusion of the counter-flange; and - the flange and the counter-flange are clamped in the direction of each other so that they press between them the formed edges of the elements , the depth of the cavity of the flange and the thickness of the edges of the elements being selected so that, at the end of clamping of the flange and the counter-flange , there is a gap between the base of the cavity and the edges.
A method for displaying an emoji reply, performed by a terminal device on a chat interface corresponding to a group, the method comprising: popping up an emoji box on the chat interface upon detecting a first predetermined operation performed by a first participating user in the conversation on a target chat message on the chat interface, the emoji box including a set of emoji; receiving a first emoji selected by the first participating user from the set of emoji, and sending an emoji reply request to a server, the emoji reply request comprising a user identifier of the first participating user, an emoji identifier of the first emoji, and a message identifier of the target chat message; receiving first instruction information returned by the server in response to the emoji reply request; and displaying first emoji reply information on the target chat message in accordance with the first instruction information, wherein the first emoji reply information includes the first emoji and a first user label corresponding to the first participating user. popping up an emoji box on the chat interface upon detecting a first predetermined operation performed by a first participating user in the conversation on a target chat message on the chat interface, the emoji box including a set of emoji; receiving a first emoji selected by the first participating user from the set of emoji, and sending an emoji reply request to a server, the emoji reply request comprising a user identifier of the first participating user, an emoji identifier of the first emoji, and a message identifier of the target chat message; receiving first instruction information returned by the server in response to the emoji reply request; and displaying first emoji reply information on the target chat message in accordance with the first instruction information, wherein the first emoji reply information includes the first emoji and a first user label corresponding to the first participating user.
A reporting Access Point , AP, configured to: receive a Location Configuration Information, LCI, request from a requesting wireless station , the LCI request comprising a BSSID Array field comprising identifiers of further APs , other than the reporting AP , and a field to indicate a location request for the further APs; and transmit, by a radio of the reporting AP , an LCI report to the requesting wireless station , the LCI report comprising location information corresponding to the reported AP, the LCI report comprising BSSIDs of the further APs, additional information elements associated with the reporting AP and the further APs, and LCI information for the further APs, characterized in that the additional information elements comprise for at least one of the reporting AP or further APs a floor level of said AP and a height above the floor of said AP. receive a Location Configuration Information, LCI, request from a requesting wireless station , the LCI request comprising a BSSID Array field comprising identifiers of further APs , other than the reporting AP , and a field to indicate a location request for the further APs; and transmit, by a radio of the reporting AP , an LCI report to the requesting wireless station , the LCI report comprising location information corresponding to the reported AP, the LCI report comprising BSSIDs of the further APs, additional information elements associated with the reporting AP and the further APs, and LCI information for the further APs, characterized in that the additional information elements comprise for at least one of the reporting AP or further APs a floor level of said AP and a height above the floor of said AP.
A method of making a gel cap for a surgical access device comprising: providing a mold cavity of a casting mold, wherein the casting mold includes a circular ring , and wherein the circular ring is supported within the casting mold such that the circular ring is above a bottom of the mold cavity and below a top of the mold cavity; pouring a gel slurry into the mold cavity of the casting mold, wherein the circular ring is encased within the gel slurry; heating the gel slurry to a temperature sufficient to transform the gel slurry to a gel; cooling the gel to form a gel pad , wherein the gel pad includes the circular ring within an interior of a peripheral region of the gel pad; providing two or more separate portions , wherein each of the two or more separate portions have one or more connective features that connects a first separate portion to one or more other separate portions ; disposing the two or more separate portions around the gel pad ; and mechanically connecting the two or more separate portions to form a cap ring around the gel pad , wherein the two or more separate portions forming the cap ring includes a channel , and wherein the connecting of the two or more separate portions compresses the peripheral region of the gel pad , including the circular ring , into the channel , thereby mechanically locking the gel pad in place within the channel of the cap ring. providing a mold cavity of a casting mold, wherein the casting mold includes a circular ring , and wherein the circular ring is supported within the casting mold such that the circular ring is above a bottom of the mold cavity and below a top of the mold cavity; pouring a gel slurry into the mold cavity of the casting mold, wherein the circular ring is encased within the gel slurry; heating the gel slurry to a temperature sufficient to transform the gel slurry to a gel; cooling the gel to form a gel pad , wherein the gel pad includes the circular ring within an interior of a peripheral region of the gel pad; providing two or more separate portions , wherein each of the two or more separate portions have one or more connective features that connects a first separate portion to one or more other separate portions ; disposing the two or more separate portions around the gel pad ; and mechanically connecting the two or more separate portions to form a cap ring around the gel pad , wherein the two or more separate portions forming the cap ring includes a channel , and wherein the connecting of the two or more separate portions compresses the peripheral region of the gel pad , including the circular ring , into the channel , thereby mechanically locking the gel pad in place within the channel of the cap ring.
A cement composition comprising: water; a cement; and a particulate elastomer comprising a carboxy group, wherein the carboxy group comprises a carbon atom linked by a double bond to an oxygen atom, linked by a single bond to another carbon atom, and linked by another single bond to an oxygen, nitrogen, sulfur, or a carboxy carbon, and wherein the particulate carboxylated elastomer is present in an amount in the range of from 0.5% to 25% by weight of total solids present in the cement composition, and wherein the carboxy group is present in the particulate elastomer in an amount in the range of from 0.01% to 20% by weight of the particulate elastomer. water; a cement; and a particulate elastomer comprising a carboxy group, wherein the carboxy group comprises a carbon atom linked by a double bond to an oxygen atom, linked by a single bond to another carbon atom, and linked by another single bond to an oxygen, nitrogen, sulfur, or a carboxy carbon, and wherein the particulate carboxylated elastomer is present in an amount in the range of from 0.5% to 25% by weight of total solids present in the cement composition, and wherein the carboxy group is present in the particulate elastomer in an amount in the range of from 0.01% to 20% by weight of the particulate elastomer.