mhurhangee/ep-ind-claims huggingface dataset:
A method for encoding, comprising: encoding a first texture picture into a bitstream, said first texture picture comprising a first projection of first volumetric texture data of a first source volume of a scene model and a second projection of second volumetric texture data of said first source volume of said scene model, said first projection being from said first source volume to a first projection surface, and said second projection being from said first source volume to a second projection surface, characterized in that the method further comprises decimating said first volumetric texture data to obtain said second volumetric texture data by removing at least a part of first volumetric texture data primitives that has been projected in said first projection; encoding a first geometry picture into said bitstream, said first geometry picture comprising mapping of said first projection surface to said first source volume and mapping of said second projection surface to said first source volume; and encoding a projection geometry information of said first and second projections into said bitstream, said projection geometry information comprising information of a position of said first and second projection surfaces in said scene model. encoding a first texture picture into a bitstream, said first texture picture comprising a first projection of first volumetric texture data of a first source volume of a scene model and a second projection of second volumetric texture data of said first source volume of said scene model, said first projection being from said first source volume to a first projection surface, and said second projection being from said first source volume to a second projection surface, characterized in that the method further comprises decimating said first volumetric texture data to obtain said second volumetric texture data by removing at least a part of first volumetric texture data primitives that has been projected in said first projection; encoding a first geometry picture into said bitstream, said first geometry picture comprising mapping of said first projection surface to said first source volume and mapping of said second projection surface to said first source volume; and encoding a projection geometry information of said first and second projections into said bitstream, said projection geometry information comprising information of a position of said first and second projection surfaces in said scene model.
A method for folding a cover material on a medical sensor having a carrier material which, on one side, in a first section, has an adhesion or adhesive layer and, in a second section, no adhesion or adhesive layer, wherein a cover material, which forms a tab in a section which overlaps the second section of the carrier material, is applied to the carrier material, having the following method steps: arrangement of the combination of carrier material and cover material in one plane, arrangement of a tool which has a first contact surface facing towards the tab and a second contact surface facing away from the tab on the side of the combination of carrier material and cover material on which the tab is located, wherein the contact surfaces of the tool intersect at an edge which runs parallel to the plane of the combination of carrier material and cover material and faces the combination of carrier material and cover material, movement of the tool on an axis which runs at an angle to the plane of the combination of carrier material and cover material, so that the tab is gripped by the tool and folded over by the tool, and exertion of pressure on the folded section of the folded-over cover material to produce a folded edge. arrangement of the combination of carrier material and cover material in one plane, arrangement of a tool which has a first contact surface facing towards the tab and a second contact surface facing away from the tab on the side of the combination of carrier material and cover material on which the tab is located, wherein the contact surfaces of the tool intersect at an edge which runs parallel to the plane of the combination of carrier material and cover material and faces the combination of carrier material and cover material, movement of the tool on an axis which runs at an angle to the plane of the combination of carrier material and cover material, so that the tab is gripped by the tool and folded over by the tool, and exertion of pressure on the folded section of the folded-over cover material to produce a folded edge.
A cytological fixative solution, comprising: Azure B; a surfactant; methanol; and ethylene glycol. Azure B; a surfactant; methanol; and ethylene glycol.
A power tool (100; 200), which is adapted to drive a tool accessory for performing a prescribed operation on a workpiece, comprising a motor, a tool accessory driving shaft that has a prescribed rotation driving axis and is driven by the motor to reciprocatingly drive the tool accessory within a prescribed angular range around the rotation driving axis, an inner housing that houses at least part of the tool accessory driving shaft and the motor, an outer housing that has a first region for housing the inner housing and a second region which is held by a user during operation, and an elastic member that is disposed between the inner housing and the outer housing and reduces transmission of vibration from the inner housing to the outer housing, characterized in that the tool accessory driving shaft is arranged in parallel to a rotation axis of the motor, and the inner housing is disposed within the outer housing.
A method for processing a key data, the method comprising: obtaining an original key of a shared object in a blockchain; determining the number of parties sharing the original key; processing the original key by using a predetermined algorithm, to generate the same number of child keys as that of the number of parties sharing the original key, wherein the child keys are used to restore the original key when the same number of child keys are obtained; sending the child keys to corresponding object sharing parties; and deleting the original key; characterized in that the predetermined algorithm comprises: performing an operation on the original key by using a randomly generated string of characters separately inserted in the original key in a sequence to generate the same number of child keys as that of parties sharing the original key; when there are (N+1) sharing parties, generating N random numbers Ri, wherein Ri is the i th random number, and i∈[1, N]; determining a prime number P, wherein the prime number P is at least greater than any one of a value S of the original key and the random number Ri, and Ri ranges from [0, P-1]; and performing a modulo operation on P after (S+R 1 X+R 2 X 2 +R 3 X 3 +...+R N X N) is calculated, and selecting a value of X from [1, N+1], to obtain the (N+1) child keys, wherein N≥1, and X and N are integers. obtaining an original key of a shared object in a blockchain; determining the number of parties sharing the original key; processing the original key by using a predetermined algorithm, to generate the same number of child keys as that of the number of parties sharing the original key, wherein the child keys are used to restore the original key when the same number of child keys are obtained; sending the child keys to corresponding object sharing parties; and deleting the original key; characterized in that the predetermined algorithm comprises: performing an operation on the original key by using a randomly generated string of characters separately inserted in the original key in a sequence to generate the same number of child keys as that of parties sharing the original key; when there are (N+1) sharing parties, generating N random numbers Ri, wherein Ri is the i th random number, and i∈[1, N]; determining a prime number P, wherein the prime number P is at least greater than any one of a value S of the original key and the random number Ri, and Ri ranges from [0, P-1]; and performing a modulo operation on P after (S+R 1 X+R 2 X 2 +R 3 X 3 +...+R N X N) is calculated, and selecting a value of X from [1, N+1], to obtain the (N+1) child keys, wherein N≥1, and X and N are integers.
Device for portable measurement of the state of health of a user configured to be worn by the user and comprising at least one measuring member and at least one electrical battery electrically supplying the measuring member, said electrical battery comprising at least three charging electrodes configured to cooperate with a charging device in order to electrically recharge the electrical battery, device wherein at least three of the charging electrodes, called charging and measuring electrodes and defining at least one reference electrode and at least two test electrodes, are configured to be in contact with the user's sweat when the device is worn and are connected to the measuring member in order to measure, in cooperation with said measuring member, at least one physical parameter of the user's sweat, namely the difference in electrolytic potentials between the reference electrode and each test electrode in order to measure the state of health of the user.
A method for enhancing a presentation of a boxing match, comprising: receiving data at a sensor located at a first location on a first athlete, the data representing a punch applied to the first athlete by a second athlete; determining from the received data one of an acceleration and a force at a second location on the first athlete induced by the punch; selecting a strike class, representing a type of the punch and which of the right hand and the left hand of the second athlete applied the punch, from the determined one of the acceleration and the force at the second location on the first athlete induced by the punch; and displaying a representation of the determined one of the acceleration and the force at the second location on the first athlete to an audience of the boxing match, the representation of the determined one of the acceleration and the force at the second location including a representation of the selected strike class. receiving data at a sensor located at a first location on a first athlete, the data representing a punch applied to the first athlete by a second athlete; determining from the received data one of an acceleration and a force at a second location on the first athlete induced by the punch; selecting a strike class, representing a type of the punch and which of the right hand and the left hand of the second athlete applied the punch, from the determined one of the acceleration and the force at the second location on the first athlete induced by the punch; and displaying a representation of the determined one of the acceleration and the force at the second location on the first athlete to an audience of the boxing match, the representation of the determined one of the acceleration and the force at the second location including a representation of the selected strike class.
Rotatable knob for a locking cylinder, the rotatable knob having a one-way clutch mechanism which provides torque transfer from the knob to a rotatable shaft of the locking cylinder depending on the rotation direction of the knob, said shaft being fixedly connected with a locking bit of the locking cylinder, wherein rotation of the knob in a first direction transfers torque to the shaft such that the locking bit rotates with the knob, and rotation of the knob in the opposite torque-free direction does not transfer enough torque to the shaft such that the locking bit does not rotate with the knob in a lock environment. said shaft being fixedly connected with a locking bit of the locking cylinder, wherein rotation of the knob in a first direction transfers torque to the shaft such that the locking bit rotates with the knob, and rotation of the knob in the opposite torque-free direction does not transfer enough torque to the shaft such that the locking bit does not rotate with the knob in a lock environment.
A combined virtual reality and cell phone case comprising: a casing fixing a cell phone body; an ocular plate configured to maintain a variable distance from a rear surface of the casing; and a screen-distance adjustment member interposed between the casing and the ocular plate, and configured to move the ocular plate between a retracted state in which the ocular plate comes into close contact with the casing and an extended state in which the ocular plate maintains a predetermined distance from the casing, wherein the casing includes an inner frame configured to directly accommodate the cell phone body and a main frame configured to rotatably accommodate the inner frame so that the inner frame is rotatably reversed in accordance with the cell phone body including the main display disposed on the front surface, and, when the ocular plate is in the separated state, the main display of the cell phone body reversed along with the inner frame is oriented rearward and implements a virtual reality function, wherein the cell phone body in the inner frame is rotated with the inner frame on an axis of the main frame. a casing fixing a cell phone body; an ocular plate configured to maintain a variable distance from a rear surface of the casing; and a screen-distance adjustment member interposed between the casing and the ocular plate, and configured to move the ocular plate between a retracted state in which the ocular plate comes into close contact with the casing and an extended state in which the ocular plate maintains a predetermined distance from the casing, wherein the casing includes an inner frame configured to directly accommodate the cell phone body and a main frame configured to rotatably accommodate the inner frame so that the inner frame is rotatably reversed in accordance with the cell phone body including the main display disposed on the front surface, and, when the ocular plate is in the separated state, the main display of the cell phone body reversed along with the inner frame is oriented rearward and implements a virtual reality function, wherein the cell phone body in the inner frame is rotated with the inner frame on an axis of the main frame.
A multi-sensor non-invasive blood glucose monitoring instrument based on impedance spectroscopy-optical method, comprising a detection probe, a microprocessor, a display unit, and a storage unit, wherein, the detection probe comprises a pair of high-frequency electrodes, a pair of low-frequency electrodes, a temperature and humidity sensor, an LED array, a photoelectric sensor, and a contact plate; the microprocessor controls an excitation signal generation circuit to generate high frequency and low frequency excitation signals, feedback signals from the high-frequency electrodes and the low-frequency electrodes are inputted to the microprocessor via an amplitude and phase detection circuit, and then high-frequency impedance and low-frequency impedance are obtained through calculation; temperature signals and humidity signals of the tested part are measured with the temperature and humidity sensor, and then are conditioned and inputted to the microprocessor; the LED array is controlled by a transmitter control circuit; light intensity signals measured by the photoelectric sensor are amplified and filtered, and then inputted to the microprocessor to obtain optical characteristics of the tissue; the microprocessor outputs the calculation result to the display unit for display, and the test data is saved in the storage unit at the same time; the monitoring instrument is characterized in that: the high-frequency electrodes employs a pair of parallel electrodes, and a matching inductor L is directly soldered to one of the electrodes; the distance between the positive electrode and the negative electrode of the low-frequency electrodes is 1cm∼2m; the vertical distance from the bottom of the temperature and humidity sensor to the bottom of the contact plate is 0.1mm∼20mm; the temperature and humidity sensor and the tested part of human body form an enclosed space, and slits or pores are arranged in the wall of the enclosed space to form a balanced heat and moisture storage structure.
A method of operating a computer system with a first operating system and a second operating system wherein the first operating system is a host operating system and the second operating system is a containerized operating system hosted by the first system, where the first operating system and the second operating system are separated by a security boundary, the method comprising: anonymizing by the first operating system, identity information related to an authorized user at the first operating system to generate an anonymized user at the second operating system; wherein the anonymized user at the second operating system corresponds to the authorized user at the first operating system; sending an anonymized request from the second operating system for the anonymized user for resources from an external service, that the authorized user is authorized to access through a broker; sending (404, 406), by the second operating system, a request to the first operating system for proof that the anonymized user is authorized to obtain the resources as a result of the broker's request; receiving, by the second operating system, the proof from the first operating system, based on the anonymized user being associated with the authorized user, that the anonymized user at the second operating system is authorized to access the resources; obtaining, by the second operating system, the resources as a result of providing the proof. anonymizing by the first operating system, identity information related to an authorized user at the first operating system to generate an anonymized user at the second operating system; wherein the anonymized user at the second operating system corresponds to the authorized user at the first operating system; sending an anonymized request from the second operating system for the anonymized user for resources from an external service, that the authorized user is authorized to access through a broker; sending (404, 406), by the second operating system, a request to the first operating system for proof that the anonymized user is authorized to obtain the resources as a result of the broker's request; receiving, by the second operating system, the proof from the first operating system, based on the anonymized user being associated with the authorized user, that the anonymized user at the second operating system is authorized to access the resources; obtaining, by the second operating system, the resources as a result of providing the proof.
A sheet-like element for reinforcing, separating and draining large structures such as road embankments, comprising a sheet-like body which has a lattice-like configuration with main wires and transverse wires which cross at nodes and are stretched along two mutually substantially perpendicular directions wherein said wires (2, 3) are biaxially oriented with a stretch ratio in said two substantially mutually perpendicular directions which is comprised between 2.8 and 5.5, said main wires, i.e., in an extrusion direction of a blank that provides said sheet-like body, having a substantially quadrangular cross-section and a thickness, in a direction that lies at right angles to a plane of arrangement of said sheet-like body, which is equal to at least three times a thickness of said transverse wires at said nodes, said main wires having substantially sharp edged protrusions (10, 11) at least at an upper rim of their quadrangular cross-section, said main wires further comprising substantially sharp lower edges, and said main wires having, in regions that are remote from said nodes, a thickness in a direction that lies at right angles to a plane of arrangement of said sheet-like body that is at least twice the thickness of said transverse wires.
A method of making zirconia particles, the method comprising: preparing a first feedstock comprising a zirconium salt; subjecting the first feedstock to a first hydrothermal treatment to form a zirconium-containing intermediate and a byproduct; forming a second feedstock by removing at least a portion of the byproduct of the first hydrothermal treatment; and subjecting the second feedstock to a second hydrothermal treatment to form a zirconia sol comprising zirconia particles. preparing a first feedstock comprising a zirconium salt; subjecting the first feedstock to a first hydrothermal treatment to form a zirconium-containing intermediate and a byproduct; forming a second feedstock by removing at least a portion of the byproduct of the first hydrothermal treatment; and subjecting the second feedstock to a second hydrothermal treatment to form a zirconia sol comprising zirconia particles.
A method comprising: detecting a power loss in a computing system, the computing system including a plurality of memory modules; applying energy from a backup energy source to the plurality of memory modules, to a storage controller, and to a data storage device; and backing up data from each of the plurality of memory modules to the data storage device, characterised by: backing up the data includes the storage controller selecting the plurality of memory modules in a sequence for storage of data from each of the plurality of memory modules; and assigning a priority to each of the plurality of memory modules, wherein selecting the plurality of memory modules in a sequence includes selecting the plurality of memory modules according to the priority for each memory module. detecting a power loss in a computing system, the computing system including a plurality of memory modules; applying energy from a backup energy source to the plurality of memory modules, to a storage controller, and to a data storage device; and backing up data from each of the plurality of memory modules to the data storage device, characterised by: backing up the data includes the storage controller selecting the plurality of memory modules in a sequence for storage of data from each of the plurality of memory modules; and assigning a priority to each of the plurality of memory modules, wherein selecting the plurality of memory modules in a sequence includes selecting the plurality of memory modules according to the priority for each memory module. backing up the data includes the storage controller selecting the plurality of memory modules in a sequence for storage of data from each of the plurality of memory modules; and assigning a priority to each of the plurality of memory modules, wherein selecting the plurality of memory modules in a sequence includes selecting the plurality of memory modules according to the priority for each memory module.
A pharmaceutical composition for sustained release of a pharmaceutically active compound, comprising a vesicular phospholipid gel having a viscosity of at least 3.0 Pa·s at 25°C at a shear rate of 38 s -1 comprising tightly packed liposomes having a vesicular structure, wherein (i) the vesicular phospholipid gel comprises at least one proteinaceous substance as the pharmaceutically active compound in encapsulated form, the at least one proteinaceous substance being a biologically active protein, peptide or polypeptide, wherein the at least one proteinaceous substance has a molecular weight of at least 3,400 g/mol; and (ii) the gel exhibits a substantially continuous release rate of the at least one proteinaceous substance over a period of at least 200 hours when exposed at 37 °C to an aqueous medium. (i) the vesicular phospholipid gel comprises at least one proteinaceous substance as the pharmaceutically active compound in encapsulated form, the at least one proteinaceous substance being a biologically active protein, peptide or polypeptide, wherein the at least one proteinaceous substance has a molecular weight of at least 3,400 g/mol; and (ii) the gel exhibits a substantially continuous release rate of the at least one proteinaceous substance over a period of at least 200 hours when exposed at 37 °C to an aqueous medium.