mhurhangee/patent-ind-claim-en huggingface dataset:
A workpiece unit, comprising: a workpiece body having a protruding portion; and a holding member arranged on at least a part of an outer side of the protruding portion, wherein the holding member is bonded to the workpiece body via an adhesive; the workpiece body itself has the protruding portion; the workpiece body is integrated with the holding member; at least the holding member is held to a processing apparatus, to hold or fix the workpiece unit to the processing apparatus; information is added to the holding member; the workpiece body has a first surface, a second surface arranged on a side opposite to the first surface, and an outer circumferential portion provided between the first and second surfaces; the protruding portion is arranged on the outer circumferential portion, and the protruding portion is continuously arranged along the outer circumferential portion of the workpiece body. a workpiece body having a protruding portion; and a holding member arranged on at least a part of an outer side of the protruding portion, wherein the holding member is bonded to the workpiece body via an adhesive; the workpiece body itself has the protruding portion; the workpiece body is integrated with the holding member; at least the holding member is held to a processing apparatus, to hold or fix the workpiece unit to the processing apparatus; information is added to the holding member; the workpiece body has a first surface, a second surface arranged on a side opposite to the first surface, and an outer circumferential portion provided between the first and second surfaces; the protruding portion is arranged on the outer circumferential portion, and the protruding portion is continuously arranged along the outer circumferential portion of the workpiece body.
An emulated card selection method, wherein the method is implemented on a mobile device having an NFC function, a first emulated card and a second emulated card are configured on the mobile device , and the method comprises: when detecting an NFC radio frequency field, detecting, by the mobile device , whether a front side of the mobile device is close to an NFC card reader ; selecting, by the mobile device , the first emulated card if the front side of the mobile device is close to the NFC card reader ; or selecting, by the mobile device , the second emulated card if the front side of the mobile device is not close to the NFC card reader ; and performing, by the mobile device , NFC interaction with the NFC card reader based on the selected first emulated card or second emulated card; wherein a front-facing camera is disposed on the mobile device , and the detecting, by the mobile device , whether a front side of the mobile device is close to an NFC card reader when detecting an NFC radio frequency field is specifically: when detecting the NFC radio frequency field, obtaining, by the mobile device , information collected by the front-facing camera , and determining whether there is a portrait in the information collected by the front-facing camera , wherein a rear side of the mobile device is close to the NFC card reader if there is the portrait in the information collected by the front-facing camera , or the front side of the mobile device is close to the NFC card reader if there is no portrait in the information collected by the front-facing camera . when detecting an NFC radio frequency field, detecting, by the mobile device , whether a front side of the mobile device is close to an NFC card reader ; selecting, by the mobile device , the first emulated card if the front side of the mobile device is close to the NFC card reader ; or selecting, by the mobile device , the second emulated card if the front side of the mobile device is not close to the NFC card reader ; and performing, by the mobile device , NFC interaction with the NFC card reader based on the selected first emulated card or second emulated card; wherein a front-facing camera is disposed on the mobile device , and the detecting, by the mobile device , whether a front side of the mobile device is close to an NFC card reader when detecting an NFC radio frequency field is specifically: when detecting the NFC radio frequency field, obtaining, by the mobile device , information collected by the front-facing camera , and determining whether there is a portrait in the information collected by the front-facing camera , wherein a rear side of the mobile device is close to the NFC card reader if there is the portrait in the information collected by the front-facing camera , or the front side of the mobile device is close to the NFC card reader if there is no portrait in the information collected by the front-facing camera .
A stand for a touch screen device , comprising - a base comprising at least two wheels ; - a frame comprising a first end and a second end , attached by its first end to the base; - a support for the touch screen device, attachable to the frame at the proximity of the second end of the frame, and - a battery and means for connecting the battery to the touch screen device, wherein the wheels are retractable within the base and the support for the touch screen comprises - means for rotating the support with respect to the frame, and - means for locking the support with respect to the frame, - a board for writing arrangeable on the support, on an opposing side with respect to the touch screen device; wherein the stand further comprising, for each wheel of the at least two wheels, a support structure that is configured to support a wheel of the at least two wheels , the support structure comprises two parts, one of the parts is connected to the other part of the support structure via a hinge at one end of the part, and is additionally connected to the other part of the support structure via an actuator at an other end of the part, wherein the actuator is configured to drop or retract the wheel through the support structure . - a base comprising at least two wheels ; - a frame comprising a first end and a second end , attached by its first end to the base; - a support for the touch screen device, attachable to the frame at the proximity of the second end of the frame, and - a battery and means for connecting the battery to the touch screen device, wherein the wheels are retractable within the base and the support for the touch screen comprises - means for rotating the support with respect to the frame, and - means for locking the support with respect to the frame, - means for rotating the support with respect to the frame, and - means for locking the support with respect to the frame, - a board for writing arrangeable on the support, on an opposing side with respect to the touch screen device;
A biocompatible composition for use as a bone hemostat, the composition comprising: an oxazoline polymer; water present within a range from 20% to 45% by weight of the composition; and a polyoxyethylene-polyoxypropylene block copolymer having a molecular weight (Mw) within a range from 9800 to 16300 g/mol, wherein the polyoxyethylene-polyoxypropylene block copolymer is present within a range from 20% to 80% by weight of the composition. an oxazoline polymer; water present within a range from 20% to 45% by weight of the composition; and a polyoxyethylene-polyoxypropylene block copolymer having a molecular weight (Mw) within a range from 9800 to 16300 g/mol, wherein the polyoxyethylene-polyoxypropylene block copolymer is present within a range from 20% to 80% by weight of the composition.
A rubber composition comprising: a diene-based rubber component; a short fiber; and a surface active agent, wherein the short fiber and the surface active agent are blended in advance with each other to form a composite, and the composite is compounded; wherein the surface active agent contains a fatty acid polyhydric alcohol ester, a nonionic ester type surface active agent, an alkanolamide type surface active agent, and a sulfonic acid type surface active agent; and wherein in relation to 100 parts by mass of the surface active agent, 40 to 70 parts by mass of a nonionic ester type surface active agent is contained.
A method for obtaining biogenic polyamines from a protein material with a protein content of 10% by weight, wherein the process includes the following steps: i. A first step of performing hydrolysis of a protein material with a protein content of 10%, wherein this hydrolysis of step i) is carried out with 18% sulphuric acid at 130°C and a pressure of 1.5-2 bar and neutralisation with calcium hydroxide at a pH of 5-6, followed by filtering to obtain a liquid permeate with a content of hydrolysed protein between 3 and 9%; ii. A second step of fermenting the permeate obtained in i. by adding the microorganism Bacillus subtilis at a temperature of 25° to 35°C and keeping the pH between 5 and 7; and iii. A third step of purifying by means of filtering to eliminate the insoluble microorganisms and concentrating the obtained product by means of spray drying. i. A first step of performing hydrolysis of a protein material with a protein content of 10%, wherein this hydrolysis of step i) is carried out with 18% sulphuric acid at 130°C and a pressure of 1.5-2 bar and neutralisation with calcium hydroxide at a pH of 5-6, followed by filtering to obtain a liquid permeate with a content of hydrolysed protein between 3 and 9%; ii. A second step of fermenting the permeate obtained in i. by adding the microorganism Bacillus subtilis at a temperature of 25° to 35°C and keeping the pH between 5 and 7; and iii. A third step of purifying by means of filtering to eliminate the insoluble microorganisms and concentrating the obtained product by means of spray drying.
A method for a system which uses multi-level data encoding where each symbol of a plurality of symbols represents more than one bit of information in a symbol stream that is transferred using a multi-level transmission channel, the method comprising: in relation to said transfer, representing the symbols in a digital bitwise form such that each symbol is presented as a plurality of bits where each bit in the plurality of bits is subject to a different probability of error; and characterised by : applying a customized error correction procedure to each bit of the plurality of bits, for the digital bitwise form of each symbol that is transferred, based on the different error probability that is associated with each bit of the plurality of bits such that a respective error correction power is associated with each bit of the plurality of bits, and the error correction power that is associated with any bit of the plurality of bits is different than the error correction powers that are associated with each remaining bit of the plurality of bits. in relation to said transfer, representing the symbols in a digital bitwise form such that each symbol is presented as a plurality of bits where each bit in the plurality of bits is subject to a different probability of error; and characterised by : applying a customized error correction procedure to each bit of the plurality of bits, for the digital bitwise form of each symbol that is transferred, based on the different error probability that is associated with each bit of the plurality of bits such that a respective error correction power is associated with each bit of the plurality of bits, and the error correction power that is associated with any bit of the plurality of bits is different than the error correction powers that are associated with each remaining bit of the plurality of bits.
A dynamic method, in a security document authentication method, for identifying an unknown document as one of a plurality of possible security document types before its authentication based on the type of security document as identified, the method comprising: selecting one or more authenticated reference security documents of different security document types; calculating, from the reference security documents, template data including one or more Eigen images and Eigen values for the plurality of different security document types; calculating a reference weight coefficient vector for each of the plurality of security document types based on the Eigen images and Eigen values calculated from the reference security documents; receiving at least one captured image of an unknown document; calculating a weight coefficient vector for the captured image; comparing the weight coefficient vector of the captured image and each of the weight coefficient vectors of the security document types to calculate a plurality of distances; and identifying the unknown document as one of the plurality of security document types based on the plurality of calculated distances; in case the unknown document is identified and further authenticated, updating the template data for the identified security document type with the weight coefficient vector of the unknown document; in case the unknown document is not identified, inserting a new security document type by calculating new template data. selecting one or more authenticated reference security documents of different security document types; calculating, from the reference security documents, template data including one or more Eigen images and Eigen values for the plurality of different security document types; calculating a reference weight coefficient vector for each of the plurality of security document types based on the Eigen images and Eigen values calculated from the reference security documents; receiving at least one captured image of an unknown document; calculating a weight coefficient vector for the captured image; comparing the weight coefficient vector of the captured image and each of the weight coefficient vectors of the security document types to calculate a plurality of distances; and identifying the unknown document as one of the plurality of security document types based on the plurality of calculated distances; in case the unknown document is identified and further authenticated, updating the template data for the identified security document type with the weight coefficient vector of the unknown document; in case the unknown document is not identified, inserting a new security document type by calculating new template data.
A composition, wherein the composition is an aqueous dispersion which is pumpable or pourable, has a viscosity at 25°C between 800 and 5000 cps (800 and 5000 mPa.s), and a basic aqueous phase with a pH of greater than 7, comprising: a) about 30% to about 50% by weight of a water-insoluble, solid organic peroxide in particulate form having an average particle size of less than about 10 μm and which is benzoyl peroxide, based on the total weight of the composition; b) water; c) at least one gelling agent; d) at least one surfactant; e) optionally, at least one buffer; and f) at least 2 % by weight of at least one carboxylic acid salt including at least one of sodium lactate or potassium lactate, based on the total weight of the composition. a) about 30% to about 50% by weight of a water-insoluble, solid organic peroxide in particulate form having an average particle size of less than about 10 μm and which is benzoyl peroxide, based on the total weight of the composition; b) water; c) at least one gelling agent; d) at least one surfactant; e) optionally, at least one buffer; and f) at least 2 % by weight of at least one carboxylic acid salt including at least one of sodium lactate or potassium lactate, based on the total weight of the composition.
Implant injection device , characterised in that it comprises: - an injection needle , - a receiver housing for receiving at least a first implant and a second implant , - injection means , comprising: . a pushing rod , arranged upstream from said implants housed in the receiver housing and configured to push the first implant and the second implant through the injection needle between an initial position and a final position in which the first implant and the second implant are injected, . means for pushing on the pushing rod , configured to exert a force tending to move the pushing rod from the initial position to the final position, . intermediate stop means holding the pushing rod in an intermediate position between the initial position and the final position, said means oppose the force exerted by the pushing means when the stroke of the pushing rod reaches a predetermined distance corresponding to the length of injection of the first implant , . means for actuation by a user, configured to release a displacement of the pushing rod from the intermediate position to the final position. - an injection needle , - a receiver housing for receiving at least a first implant and a second implant , - injection means , comprising: . a pushing rod , arranged upstream from said implants housed in the receiver housing and configured to push the first implant and the second implant through the injection needle between an initial position and a final position in which the first implant and the second implant are injected, . means for pushing on the pushing rod , configured to exert a force tending to move the pushing rod from the initial position to the final position, . intermediate stop means holding the pushing rod in an intermediate position between the initial position and the final position, said means oppose the force exerted by the pushing means when the stroke of the pushing rod reaches a predetermined distance corresponding to the length of injection of the first implant , . means for actuation by a user, configured to release a displacement of the pushing rod from the intermediate position to the final position. . a pushing rod , arranged upstream from said implants housed in the receiver housing and configured to push the first implant and the second implant through the injection needle between an initial position and a final position in which the first implant and the second implant are injected, . means for pushing on the pushing rod , configured to exert a force tending to move the pushing rod from the initial position to the final position, . intermediate stop means holding the pushing rod in an intermediate position between the initial position and the final position, said means oppose the force exerted by the pushing means when the stroke of the pushing rod reaches a predetermined distance corresponding to the length of injection of the first implant , . means for actuation by a user, configured to release a displacement of the pushing rod from the intermediate position to the final position.
A method of controlling a heat pump unit, the heat pump unit having a condenser , a compressor , an evaporator and an electronic expansion valve , comprising the following steps: determining the outside temperature, operating the heat pump unit in a first operating mode when the outside temperature is below a first threshold value, operating the heat pump unit in a second operating mode when the outside temperature is above the first threshold value, wherein, in the second operating mode, the heating output of the heat pump unit is reduced by reducing the speed of a fan of the evaporator or the speed of the compressor and controlling the electronic expansion valve such that a lower mass flow is present within the refrigerant circuit. determining the outside temperature, operating the heat pump unit in a first operating mode when the outside temperature is below a first threshold value, operating the heat pump unit in a second operating mode when the outside temperature is above the first threshold value, wherein, in the second operating mode, the heating output of the heat pump unit is reduced by reducing the speed of a fan of the evaporator or the speed of the compressor and controlling the electronic expansion valve such that a lower mass flow is present within the refrigerant circuit.
Bandstop optical filtering device comprising: duplicating means that are able to provide a duplicate of an optical signal to at least a first and a second output port; a first optical filtering unit , which is connected to the first output port of the duplicating means, and which has a transfer function (TF1) with a portion that decreases between a first passband-edge wavelength (λc1) and a first stopband-edge wavelength (λm1$) ; a second optical filtering unit , which is connected to the second output port of the duplicating means, and which has a transfer function (TF2) with a portion that increases between a second stopband-edge wavelength (λm2) and a second passband-edge wavelength (λc2), the second stopband-edge wavelength being longer than the first stopband-edge wavelength; and coupling means , which are connected to the first and second optical filtering units and arranged to combine the optical signals filtered by said optical filtering units in order to obtain a filtered optical signal from which the optical band comprised between the first and second stopband-edge wavelengths has been removed. duplicating means that are able to provide a duplicate of an optical signal to at least a first and a second output port; a first optical filtering unit , which is connected to the first output port of the duplicating means, and which has a transfer function (TF1) with a portion that decreases between a first passband-edge wavelength (λc1) and a first stopband-edge wavelength (λm1$) ; a second optical filtering unit , which is connected to the second output port of the duplicating means, and which has a transfer function (TF2) with a portion that increases between a second stopband-edge wavelength (λm2) and a second passband-edge wavelength (λc2), the second stopband-edge wavelength being longer than the first stopband-edge wavelength; and coupling means , which are connected to the first and second optical filtering units and arranged to combine the optical signals filtered by said optical filtering units in order to obtain a filtered optical signal from which the optical band comprised between the first and second stopband-edge wavelengths has been removed.
A tool-changing unit for a production plant for producing workpieces from sheet metal, in particular by means of forming by swivel bending or swing bending and for setting an active clamping length of a clamping tool , in particular a clamping jaw set comprising multiple individual clamping jaws , wherein the tool-changing unit comprises a tool-holding device , - wherein the tool-holding device comprises a carrier body , - wherein the tool-holding device comprises a number "n" of tool-holding modules arranged directly next to one another, and each one of the tool-holding modules is held on the carrier body , and - wherein each tool-holding module comprises a first coupling means as a component of a coupling device , wherein the first coupling means can be brought into coupling engagement or out of coupling engagement with one of the individual clamping jaws , characterized in that , - each tool-holding module comprises a first coupling means and a first actuating means cooperating with the first coupling means , wherein the first coupling means can be brought into coupling engagement or out of coupling engagement with one of the individual clamping jaws by means of the first actuating means . - wherein the tool-holding device comprises a carrier body , - wherein the tool-holding device comprises a number "n" of tool-holding modules arranged directly next to one another, and each one of the tool-holding modules is held on the carrier body , and - wherein each tool-holding module comprises a first coupling means as a component of a coupling device , wherein the first coupling means can be brought into coupling engagement or out of coupling engagement with one of the individual clamping jaws , characterized in that , - each tool-holding module comprises a first coupling means and a first actuating means cooperating with the first coupling means , wherein the first coupling means can be brought into coupling engagement or out of coupling engagement with one of the individual clamping jaws by means of the first actuating means .