mhurhangee/patent-ind-claim-en huggingface dataset:
An image forming apparatus connectable to a network, the image forming apparatus comprising: r a non-volatile auxiliary storage device containing firmware that causes the image forming apparatus to operate; a manipulation detection device that analyzes the firmware stored in the auxiliary storage device and accompanied with a digital signature, and decides, using the digital signature, whether the firmware has been manipulated; a firmware restoration device that deletes the firmware decided to have been manipulated, requests another image forming apparatus connected to the network to provide firmware compatible with the deleted firmware, and installs the firmware provided by the other image forming apparatus; a firmware provision device that provides, upon receipt of a request for firmware compatible with the firmware of the other image forming apparatus, the compatible firmware to the other image forming apparatus; and a control device that controls the manipulation detection device, the firmware restoration device, and the firmware provision device, wherein the auxiliary storage device includes a boot block writing in which is restricted, and contains firmware that realizes the manipulation detection device, the firmware restoration device, the firmware provision device, and the control device, in the boot block. a manipulation detection device that analyzes the firmware stored in the auxiliary storage device and accompanied with a digital signature, and decides, using the digital signature, whether the firmware has been manipulated; a firmware restoration device that deletes the firmware decided to have been manipulated, requests another image forming apparatus connected to the network to provide firmware compatible with the deleted firmware, and installs the firmware provided by the other image forming apparatus; a firmware provision device that provides, upon receipt of a request for firmware compatible with the firmware of the other image forming apparatus, the compatible firmware to the other image forming apparatus; and a control device that controls the manipulation detection device, the firmware restoration device, and the firmware provision device, wherein the auxiliary storage device includes a boot block writing in which is restricted, and contains firmware that realizes the manipulation detection device, the firmware restoration device, the firmware provision device, and the control device, in the boot block.
An indirect evaporative cooling air conditioner, comprising: a housing ; a plurality of partition plates located in the housing ; and at least two heat exchangers arranged side by side; wherein the plurality of partition plates and the at least two heat exchangers separate the housing into a plurality of indoor air flow passages and a plurality of outdoor air flow passages ; each of the at least two heat exchangers has a first heat exchange flow passage and a second heat exchange flow passage which are crosswise and independently arranged, the plurality of indoor air flow passages are in communication with the first heat exchange flow passage to form an indoor circulation passage, the plurality of outdoor air flow passages are in communication with the second heat exchange flow passage to form an outdoor circulation passage, and heat exchange between a fluid in the indoor circulation passage and a fluid in the outdoor circulation passage is performed by the at least two heat exchangers ; characterized in that , the housing comprises a plurality of independent housings, one of the at least two heat exchangers and a part of the plurality of partition plates are provided inside each of the plurality of independent housings; the independent housing, the heat exchanger and the part of the plurality of partition plates which are arranged inside the independent housing form an independent unit, and the indirect evaporative cooling air conditioner is formed by at least two independent units assembled to each other. a housing ; a plurality of partition plates located in the housing ; and at least two heat exchangers arranged side by side; wherein the plurality of partition plates and the at least two heat exchangers separate the housing into a plurality of indoor air flow passages and a plurality of outdoor air flow passages ; each of the at least two heat exchangers has a first heat exchange flow passage and a second heat exchange flow passage which are crosswise and independently arranged, the plurality of indoor air flow passages are in communication with the first heat exchange flow passage to form an indoor circulation passage, the plurality of outdoor air flow passages are in communication with the second heat exchange flow passage to form an outdoor circulation passage, and heat exchange between a fluid in the indoor circulation passage and a fluid in the outdoor circulation passage is performed by the at least two heat exchangers ; characterized in that , the housing comprises a plurality of independent housings, one of the at least two heat exchangers and a part of the plurality of partition plates are provided inside each of the plurality of independent housings; the independent housing, the heat exchanger and the part of the plurality of partition plates which are arranged inside the independent housing form an independent unit, and the indirect evaporative cooling air conditioner is formed by at least two independent units assembled to each other.
An audio processing circuit comprising: at least one input configured to receive from broadcast audio signals a primary audio signal and a feature generation signal ; a feature model estimation circuit configured to model a feature in the primary audio signal and output a feature model signal of the primary audio signal ; and a feature generation circuit coupled to the feature model estimation circuit and configured to receive the feature model signal and the feature generation signal and, in response to the feature model signal , modify the feature generation signal to produce a modified feature generation signal ; the audio processing circuit characterised by a feature mixing circuit coupled to an output of the feature generation circuit and configured to receive the feature generation signal and the modified feature generation signal and a feature mixing factor , wherein the feature mixing circuit , in response to the feature mixing factor , is configured to output a modified representation of the feature generation signal that is more similar to the primary audio signal . at least one input configured to receive from broadcast audio signals a primary audio signal and a feature generation signal ; a feature model estimation circuit configured to model a feature in the primary audio signal and output a feature model signal of the primary audio signal ; and a feature generation circuit coupled to the feature model estimation circuit and configured to receive the feature model signal and the feature generation signal and, in response to the feature model signal , modify the feature generation signal to produce a modified feature generation signal ; the audio processing circuit characterised by a feature mixing circuit coupled to an output of the feature generation circuit and configured to receive the feature generation signal and the modified feature generation signal and a feature mixing factor , wherein the feature mixing circuit , in response to the feature mixing factor , is configured to output a modified representation of the feature generation signal that is more similar to the primary audio signal .
An anti-Ror2 antibody or antibody fragment that specifically binds to Ror2 protein with a ratio of binding affinity to the Ror2 protein at a value of a pH in a tumor microenvironment in comparison with a different value of pH that occurs in a non-tumor microenvironment of at least 1.5:1, wherein the pH in the tumor microenvironment ranges from pH 5.8 to 6.8, and the pH in the non- tumor microenvironment ranges from pH 7.0 to 7.6; and a) the heavy chain variable region (VH) comprises an amino acid sequence selected from SEQ ID NOs: 18-22 and the light chain variable region (VL) comprises an amino acid sequence selected from SEQ ID NOs: 13-16; or b) the heavy chain variable region (VH) comprises an amino acid sequence selected from SEQ ID NOs: 23-26, and the light chain variable region (VL) comprises an amino acid sequence selected from SEQ ID NOs:17 and 27. a) the heavy chain variable region (VH) comprises an amino acid sequence selected from SEQ ID NOs: 18-22 and the light chain variable region (VL) comprises an amino acid sequence selected from SEQ ID NOs: 13-16; or b) the heavy chain variable region (VH) comprises an amino acid sequence selected from SEQ ID NOs: 23-26, and the light chain variable region (VL) comprises an amino acid sequence selected from SEQ ID NOs:17 and 27.
A connector for connecting pipes of an air-conditioning circuit comprising a first part provided with a thread and a second part provided with a tap , the thread and the tap being intended to cooperate by screwing in a first direction of rotation so that the connector changes from a disconnected position to a connected position, the connector comprising an opening device, formed partly in the first part and partly in the second part , and configured to allow fluid flow between the first part and the second part when the connector is in the connected position and to prevent fluid flow between the first part and the second part when the connector is in the disconnected position, the said connector being characterized by the fact that the tap is formed partly in a first component of a clamping element of the second part and for another part in a second component of a clamping device of the second part , while the first component comprising a clamping profile is adapted to cooperate with a clamping tool, the first component and the second component cooperating through a threaded connection is configured to be screwed in the first direction of rotation and unscrewed in a second direction of rotation opposite to the first direction of rotation.
A computer implemented method for allocating resources to Quality of Service, QoS, models in a network, the method comprising: selecting a route in the network, wherein the route comprises a plurality of flows of network traffic; obtaining model-to-route mapping data identifying a plurality of QoS models, wherein each QoS model is used by at least one of the plurality of flows of network traffic; monitoring the plurality of flows of network traffic to determine a characteristic of each of the plurality of flows; and, in the event that one of the QoS models is withdrawn, reallocating resources of the selected route to flows of network traffic along that route, wherein the reallocation is based on at least one of: the QoS model used by each of the flows of network traffic along that route; and the characteristic of each of the flows. selecting a route in the network, wherein the route comprises a plurality of flows of network traffic; obtaining model-to-route mapping data identifying a plurality of QoS models, wherein each QoS model is used by at least one of the plurality of flows of network traffic; monitoring the plurality of flows of network traffic to determine a characteristic of each of the plurality of flows; and, in the event that one of the QoS models is withdrawn, reallocating resources of the selected route to flows of network traffic along that route, wherein the reallocation is based on at least one of: the QoS model used by each of the flows of network traffic along that route; and the characteristic of each of the flows.
A method for reducing water production from a hydrocarbon bearing subterranean formation, the method comprising: identifying a high permeability zone in the hydrocarbon bearing subterranean formation; injecting a dense carbon dioxide composition from a production well into the high permeability zone, wherein the dense carbon dioxide composition comprises dense carbon dioxide and a thickener soluble in the dense carbon dioxide, the thickener comprises a copolymer, the copolymer being the polymerized reaction product of monomers that include: at least one alkenyl ether or dialkenyl ether monomer; at least one acrylate or methacrylate monomer; at least one structural monomer selected from the group consisting of an acrylic acid long carbon chain ester having a carbon chain length of from 8 carbons to 18 carbons, a methacrylic acid long carbon chain ester having a carbon chain length of from 8 carbons to 18 carbons, styrene, methyl styrene, phenylpropene, and combinations of these; and at least one allyl ester monomer; and after injecting the dense carbon dioxide composition into the high permeability zone, withdrawing hydrocarbons from the hydrocarbon bearing subterranean formation through the production well, wherein the dense carbon dioxide composition blocks pores in the high permeability zone to reduce or prevent flow of water from the high permeability zone into the production well. identifying a high permeability zone in the hydrocarbon bearing subterranean formation; injecting a dense carbon dioxide composition from a production well into the high permeability zone, wherein the dense carbon dioxide composition comprises dense carbon dioxide and a thickener soluble in the dense carbon dioxide, the thickener comprises a copolymer, the copolymer being the polymerized reaction product of monomers that include: at least one alkenyl ether or dialkenyl ether monomer; at least one acrylate or methacrylate monomer; at least one structural monomer selected from the group consisting of an acrylic acid long carbon chain ester having a carbon chain length of from 8 carbons to 18 carbons, a methacrylic acid long carbon chain ester having a carbon chain length of from 8 carbons to 18 carbons, styrene, methyl styrene, phenylpropene, and combinations of these; and at least one allyl ester monomer; and at least one alkenyl ether or dialkenyl ether monomer; at least one acrylate or methacrylate monomer; at least one structural monomer selected from the group consisting of an acrylic acid long carbon chain ester having a carbon chain length of from 8 carbons to 18 carbons, a methacrylic acid long carbon chain ester having a carbon chain length of from 8 carbons to 18 carbons, styrene, methyl styrene, phenylpropene, and combinations of these; and at least one allyl ester monomer; and after injecting the dense carbon dioxide composition into the high permeability zone, withdrawing hydrocarbons from the hydrocarbon bearing subterranean formation through the production well, wherein the dense carbon dioxide composition blocks pores in the high permeability zone to reduce or prevent flow of water from the high permeability zone into the production well.
An apparatus for calibrating a successive-approximation register, SAR, analog-to-digital converter, ADC, comprising: a most significant bit digital-to-analog converter (mDAC) comprising a plurality of binary weighted first capacitors; a lower bit digital-to-analog converter (nDAC) comprising a plurality of binary weighted second capacitors; an attenuation capacitor coupled between the most significant bit digital-to-analog converter (mDAC) and the least significant bit digital-to-analog converter (nDAC) ; a correction digital-to-analog converter having an output coupled with a correction capacitor having a fixed capacitance value, wherein the correction capacitor is coupled with the second capacitors of the lower bit digital-to-analog converter (nDAC) and with the attenuation capacitor ; a programmable voltage source coupled with the correction digital-to-analog converter ; wherein a voltage from the programmable voltage source is configured to be adjusted to vary a charge on the correction capacitor for compensating a capacitance error of the attenuation capacitor , wherein the voltage from the programmable voltage source (Vref_var) is a reference voltage going only to the correction digital-to-analog converter , wherein the correction digital-to-analog converter is configured to receive a subset of bits of the successive approximation register, SAR . a most significant bit digital-to-analog converter (mDAC) comprising a plurality of binary weighted first capacitors; a lower bit digital-to-analog converter (nDAC) comprising a plurality of binary weighted second capacitors; an attenuation capacitor coupled between the most significant bit digital-to-analog converter (mDAC) and the least significant bit digital-to-analog converter (nDAC) ; a correction digital-to-analog converter having an output coupled with a correction capacitor having a fixed capacitance value, wherein the correction capacitor is coupled with the second capacitors of the lower bit digital-to-analog converter (nDAC) and with the attenuation capacitor ; a programmable voltage source coupled with the correction digital-to-analog converter ; wherein a voltage from the programmable voltage source is configured to be adjusted to vary a charge on the correction capacitor for compensating a capacitance error of the attenuation capacitor , wherein the voltage from the programmable voltage source (Vref_var) is a reference voltage going only to the correction digital-to-analog converter , wherein the correction digital-to-analog converter is configured to receive a subset of bits of the successive approximation register, SAR .
A commercial-vehicle independent suspension system for a non-driven wheel , encompassing a wheel hub , a wheel carrier , a knuckle connecting the wheel hub to the wheel carrier , and at least one control link that is connected at one end to the wheel carrier movably relative thereto, and at the other end comprises a coupling configuration and is thereby embodied for coupling to a vehicle body, characterized in that the knuckle is embodied as a one-piece, joining-seam-free knuckle pin that comprises at its one end a connecting configuration that is connected to the wheel carrier , and comprises at its other end region a bearing configuration on which the wheel hub is rotatably mounted, the wheel carrier being embodied tubularly at least in the region of the connection to the knuckle pin , and the connecting configuration wrapping only partly around the wheel carrier . characterized in that the knuckle is embodied as a one-piece, joining-seam-free knuckle pin that comprises at its one end a connecting configuration that is connected to the wheel carrier , and comprises at its other end region a bearing configuration on which the wheel hub is rotatably mounted, the wheel carrier being embodied tubularly at least in the region of the connection to the knuckle pin , and the connecting configuration wrapping only partly around the wheel carrier .
Apparatus for connecting a connection element to a conductor track of a substrate by welding, wherein the apparatus has: • an abutment for the arrangement of a bottom element which is in the form of a substrate or in the form of a base plate with a substrate located on it, wherein the abutment has a first and a second partial abutment , wherein the first partial abutment is a metal shaped body with a modulus of elasticity of between 50 and 300 kN/mm 2 , and the second partial abutment is an elastic shaped body with a modulus of elasticity of between 10 and 500 N/mm 2 , and wherein the bottom element rests on the second partial abutment ; • a holding device which is designed to fix the bottom element on the abutment ; • a sonotrode ; • a positioning device for positioning the connection element in relation to the substrate in such a way that a contact foot of the connection element rests on a contact point of a conductor track of the substrate and can be connected to said contact point by means of the sonotrode . • an abutment for the arrangement of a bottom element which is in the form of a substrate or in the form of a base plate with a substrate located on it, wherein the abutment has a first and a second partial abutment , wherein the first partial abutment is a metal shaped body with a modulus of elasticity of between 50 and 300 kN/mm 2 , and the second partial abutment is an elastic shaped body with a modulus of elasticity of between 10 and 500 N/mm 2 , and wherein the bottom element rests on the second partial abutment ; • a holding device which is designed to fix the bottom element on the abutment ; • a sonotrode ; • a positioning device for positioning the connection element in relation to the substrate in such a way that a contact foot of the connection element rests on a contact point of a conductor track of the substrate and can be connected to said contact point by means of the sonotrode .
A tensioning frame for posters made of a flexible, printable carrier material , the frame consisting of a circumferential framework made of essentially rigid frame profiles and of fastening devices for fixing the carrier material formed at least on the upper and lower edges of said tensioning frame, wherein at least in the upper region of the tensioning frame, a tensioning yoke for holding the upper edge of the carrier material is provided and the tensioning yoke is mounted on the upper frame profile in such a manner as to be pivotable about a horizontal axis and may be pivoted and locked with respect to the upper frame profile by means of an actuatable tensioning member , characterised in that the tensioning yoke has two lever arms, i.e. a support arm and a tensioning arm , in that the carrier material is attachable to the support arm , in that the tensioning member acts on the tensioning arm in such a manner that the tensioning yoke may be pivoted and locked with respect to the upper frame profile , and in that the support arm of the tensioning yoke is supported with respect to the upper frame profile via a tensioning spring , wherein the support arm is pressed upwardly and thus exerts pre-tension on the carrier material .
A method of fabricating a circuit element comprising: obtaining a lithography mask write file comprising mask information characterizing at least one mask features; obtaining a uniformity function configured to modify the mask information characterizing the at least one mask feature to compensate for a non-uniform deposition process; applying the uniformity function to the lithography mask write file to obtain a modified lithography mask write file; and performing lithography as directed by the modified lithography mask write file, characterized in that the obtaining of the uniformity function comprises deriving one or more geometric arguments that determine a geometric relationship between a set of one or more deposition parameters and a resulting effect the deposition parameter has on a deposition, deriving, from a calibration process, an empirical function that characterizes how deposition data varies as a function of the set of one or more deposition parameters, or a combination thereof. obtaining a lithography mask write file comprising mask information characterizing at least one mask features; obtaining a uniformity function configured to modify the mask information characterizing the at least one mask feature to compensate for a non-uniform deposition process; applying the uniformity function to the lithography mask write file to obtain a modified lithography mask write file; and performing lithography as directed by the modified lithography mask write file, characterized in that the obtaining of the uniformity function comprises deriving one or more geometric arguments that determine a geometric relationship between a set of one or more deposition parameters and a resulting effect the deposition parameter has on a deposition, deriving, from a calibration process, an empirical function that characterizes how deposition data varies as a function of the set of one or more deposition parameters, or a combination thereof.