mhurhangee/ep-ind-claims huggingface dataset:
A method for matching a first plurality of private data sets such as a private contact book stored in a communication client device with a second plurality of data sets such as a large contact data repository stored on a server communication system, comprising the steps of: a) said server system receiving for each of said first plurality of private data sets a shortened hash value from said client, preferably in an encrypted transmission channel, with a request to match said private data sets with said second plurality of data sets stored on said server, wherein said shortened hash value has a length s representing the number of bits of a cryptographic hash value of a unique portion, preferably a phone number, of each of the private data sets to be transmitted between client and server, wherein s is chosen such that hash collisions will incur at said server communication system, b) said server matching each of said received shortened hash values to said second plurality of data sets stored on said server, finding the stored data sets among said second plurality of data sets having an identical shortened hash value, c) said server enlisting each of said found hash values to a respective one of said received shortened hash values, d) said server sending said found hash values to said client device. a) said server system receiving for each of said first plurality of private data sets a shortened hash value from said client, preferably in an encrypted transmission channel, with a request to match said private data sets with said second plurality of data sets stored on said server, wherein said shortened hash value has a length s representing the number of bits of a cryptographic hash value of a unique portion, preferably a phone number, of each of the private data sets to be transmitted between client and server, wherein s is chosen such that hash collisions will incur at said server communication system, b) said server matching each of said received shortened hash values to said second plurality of data sets stored on said server, finding the stored data sets among said second plurality of data sets having an identical shortened hash value, c) said server enlisting each of said found hash values to a respective one of said received shortened hash values, d) said server sending said found hash values to said client device.
A mandrel configured to be used in a winding process for manufacturing a jelly roll type electrode assembly using a long sheet type stack of a cathode/separator/anode structure, wherein the mandrel is oval in a section perpendicular to a rotational central axis of the mandrel, the length ratio of the major axis to the minor axis of the mandrel being 1.5 or more in the section perpendicular to the rotational axis of the mandrel, a tilt of an outer side of the mandrel is continuously changed from an end of the minor axis of the mandrel to an end of the major axis of the mandrel in the section perpendicular to the rotational central axis of the mandrel in such a manner that the mandrel is configured to have an oval structure so as to reduce wound stress applied from the end of the major axis of the mandrel to the sheet type stack during constant speed rotation of the mandrel when the sheet type stack is wound on the mandrel in a state in which an end of the sheet type stack is fitted in a central region of the mandrel, and the mandrel is divided into a first mandrel part located at one side of the central region of the mandrel, in which the end of the sheet type stack is fitted, and a second mandrel part located at the other side of the central region of the mandrel, and characterized in that the first mandrel part and the second mandrel part each comprise a main body part (14, 24) having a region in which the sheet type stack is fitted in an engaged state and an edge part having an end of the major axis of the mandrel, and wherein the edge part is formed of a material exhibiting a modulus of elasticity lower than that of the main body part (14, 24).
System for covering a gap occurring between two adjacent parts of a furniture, wherein the system comprising: - a support element to be positioned to cover the gap occurring between two adjacent parts of a furniture, - the system comprises holding means for positioning and holding the support element in the position covering the gap, -a furniture cover for the furniture, wherein the support element and the holding means are arranged in between the furniture cover and the furniture parts when the furniture cover is installed on the furniture thereby preventing the furniture cover from being pulled into the gap, wherein the support element is configured for covering a portion of the gap at a side face of the furniture parts, and a portion of the gap at a top face of the furniture parts. - a support element to be positioned to cover the gap occurring between two adjacent parts of a furniture, - the system comprises holding means for positioning and holding the support element in the position covering the gap, -a furniture cover for the furniture, wherein the support element and the holding means are arranged in between the furniture cover and the furniture parts when the furniture cover is installed on the furniture thereby preventing the furniture cover from being pulled into the gap,
Method for retrofitting a device for producing a non-woven material comprising a former for forming a non-woven material, suction pipes and/or suction boxes for dewatering the non-woven, as well as a drying installation said method comprising the following steps: - R.emoving all suction pipes and/or suction boxes disposed upstream of the drying installation; and - installing a belt press between the former and the drying installation, wherein the belt press comprises a roller, at least one inner belt that bears on the roller and an outer press belt being wrapped around said roller, wherein a non-woven material web created from the non-woven formed in the former is capable of being disposed, and preferably is disposed, between the inner belt and the outer press belt at least in the region of the roller, and wherein the press belt is capable of being pressed, and preferably is pressed, against the roller by way of a belt tension of at least 15 kN/m. - R.emoving all suction pipes and/or suction boxes disposed upstream of the drying installation; and - installing a belt press between the former and the drying installation, wherein the belt press comprises a roller, at least one inner belt that bears on the roller and an outer press belt being wrapped around said roller, wherein a non-woven material web created from the non-woven formed in the former is capable of being disposed, and preferably is disposed, between the inner belt and the outer press belt at least in the region of the roller, and wherein the press belt is capable of being pressed, and preferably is pressed, against the roller by way of a belt tension of at least 15 kN/m.
A method for processing vegetable foods comprising: (a) step for selecting vegetable raw materials; (b) step for wrapping the selected vegetable raw materials; and (c) step for sterilization by applying to the wrapped vegetable raw materials a pressure of 200∼900 MPa at a room temperature for 3∼60 minutes by using an ultra-high pressure; wherein said method further comprises a semi-drying step for partially removing water of the selected vegetable raw materials and a step for adding a natural antimicrobial agent, wherein the natural antimicrobial agent comprises organic acid and Nisin, before the step (b). (a) step for selecting vegetable raw materials; (b) step for wrapping the selected vegetable raw materials; and (c) step for sterilization by applying to the wrapped vegetable raw materials a pressure of 200∼900 MPa at a room temperature for 3∼60 minutes by using an ultra-high pressure;
An apparatus for controlling an operation of a portable terminal having a mobile communication function and a multimedia function, the apparatus comprising: a multimedia processor for controlling a multimedia function, the multimedia processor having an inactive mode and an active mode; and a controller for controlling a mobile communication function, the controller having a sleep mode and an active mode, wherein the controller is arranged to be put into the active mode when a specified key signal is received in the sleep mode and is arranged to output inactive signal, and the multimedia processor is arranged to be put into the inactive mode from the active mode when the inactive signal is received by the multimedia processor. a multimedia processor for controlling a multimedia function, the multimedia processor having an inactive mode and an active mode; and a controller for controlling a mobile communication function, the controller having a sleep mode and an active mode, wherein the controller is arranged to be put into the active mode when a specified key signal is received in the sleep mode and is arranged to output inactive signal, and the multimedia processor is arranged to be put into the inactive mode from the active mode when the inactive signal is received by the multimedia processor.
A particulate composition for use in removing halogenated compounds from a hydrocarbon-containing process stream, said composition comprising a metal carbonate selected from an alkali metal carbonate or an alkaline earth metal carbonate and/or a metal bicarbonate selected from an alkali metal bicarbonate or an alkaline earth metal bicarbonate and a compound of aluminium selected from an alumina or a hydrated alumina, characterised in that the weight ratio of metal carbonate plus metal bicarbonate compounds to said compound of aluminium is at least 3: 1, wherein the amount of metal carbonate in the total amount of metal carbonate plus metal bicarbonate is 0 - 75% by weight.
A solar cell comprising: a silicon substrate; and a tunnel oxide layer on a back surface of the substrate, a first doped semiconductor contact on the tunnel oxide layer, and characterized in that a second doped semiconductor contact formed over the first doped semiconductor contact and in an opening through the first doped semiconductor contact and in contact with the tunnel oxide layer, wherein the first and second doped semiconductor contacts have opposite conductivity types, and an insulating layer between the first doped semiconductor contact and the second doped semiconductor contact. a silicon substrate; and a tunnel oxide layer on a back surface of the substrate, a first doped semiconductor contact on the tunnel oxide layer, and characterized in that a second doped semiconductor contact formed over the first doped semiconductor contact and in an opening through the first doped semiconductor contact and in contact with the tunnel oxide layer, wherein the first and second doped semiconductor contacts have opposite conductivity types, and an insulating layer between the first doped semiconductor contact and the second doped semiconductor contact.
A high frequency chest wall oscillation apparatus comprising a housing, an air pulse generator carried by the housing, circuitry carried by the housing and configured to control the air pulse generator, and a control panel carried by the housing and coupled to the circuitry, the control panel permitting a user to select a first mode or a second mode, wherein the first mode includes a first range of selectable baseline pressures of pressure pulses configured to treat a first respiratory ailment and the second mode includes a second range of selectable baseline pressures of pressure pulses configured to treat a second respiratory ailment that is of a different type than the first respiratory ailment, wherein the first respiratory ailment and the second respiratory ailment are treated by application of the pressure pulses from the air pulse generator to a chest of a patient, wherein the first range of selectable baseline pressures of the pressure pulses for the first respiratory ailment is different than the second range of selectable baseline pressures of the pressure pulses for the second respiratory ailment. a housing, an air pulse generator carried by the housing, circuitry carried by the housing and configured to control the air pulse generator, and a control panel carried by the housing and coupled to the circuitry, the control panel permitting a user to select a first mode or a second mode, wherein the first mode includes a first range of selectable baseline pressures of pressure pulses configured to treat a first respiratory ailment and the second mode includes a second range of selectable baseline pressures of pressure pulses configured to treat a second respiratory ailment that is of a different type than the first respiratory ailment, wherein the first respiratory ailment and the second respiratory ailment are treated by application of the pressure pulses from the air pulse generator to a chest of a patient, wherein the first range of selectable baseline pressures of the pressure pulses for the first respiratory ailment is different than the second range of selectable baseline pressures of the pressure pulses for the second respiratory ailment.
A process for preparing a compound of formula wherein R 1 is alkyl; and R 2 is selected from alkenyl and alkyl; the process comprising: reacting a compound of formula with the enzyme Penicillin V Amidohydrolase from Fusarium oxysporum. R 1 is alkyl; and R 2 is selected from alkenyl and alkyl;
Container made of glass or hard plastic having a container neck with a plurality of external thread elements (53,54,55,56,57,58), as thread segments, circumferentially offset relative to one another, wherein the container is configured to be closed by the thread segments with a closure cap (1,2) made of sheet metal, having an on the inside and on the edge circumferentially extending plastics layer (30; 30h,30v), providing a sealing and retaining function, which also extends on the inside of the cap skirt, by the closure cap being pressed onto the container neck and over the thread elements (53,54,55...), wherein the closure cap is to be opened by a rotary movement relative to the thread segments (53,54,55...); wherein the container neck has an upper horizontal end face as an annular surface with an annular width (b 54) adapted and suitable for pressing into a horizontal section of the plastics layer (30; 30h,30v) of the closure cap (1,2) under pressure and for producing a seal under pressure; wherein (a) an axial spacing (h 54) is defined to extend between axially upper ends (53a,54a,55a,56a,57a) of the thread segments (53,54,55,56,57,58) and a horizontal plane (E 52a) through the horizontally oriented end face of the container neck of the container, characterized in that (b) a ratio of an axial spacing (h 54) to an annular width (b 52) is less than 1.35 and the axial spacing (h 54) is less than 2.0 mm. (a) an axial spacing (h 54) is defined to extend between axially upper ends (53a,54a,55a,56a,57a) of the thread segments (53,54,55,56,57,58) and a horizontal plane (E 52a) through the horizontally oriented end face of the container neck of the container, characterized in that (b) a ratio of an axial spacing (h 54) to an annular width (b 52) is less than 1.35 and the axial spacing (h 54) is less than 2.0 mm.
A circular camera module, comprising: a circular universal first module including at least an image capture device; and a circular second module including mounting elements and a connector shroud whose opening is to an external radial surface of the circular second module, wherein the circular universal first module and the circular second module are configured to interconnect using a snap assembly, and the circular universal first module and the circular second module are sealed against environmental conditions using a radially sealed O-ring, positioned between the circular universal first module and the circular second module. a circular universal first module including at least an image capture device; and a circular second module including mounting elements and a connector shroud whose opening is to an external radial surface of the circular second module, wherein the circular universal first module and the circular second module are configured to interconnect using a snap assembly, and the circular universal first module and the circular second module are sealed against environmental conditions using a radially sealed O-ring, positioned between the circular universal first module and the circular second module.
Penile prosthesis for the female genital organ, comprising - a phallic-shaped body made of a selected material, - - a contact module arranged at one end of the body, configured to attach to and cover the user's genital organ and having a contact surface configured to be placed in contact with the user's pubic region and allow the prosthesis to be locked in its position of use on the user's genital organ; and - - a clitoral stimulation module, arranged in a selected position relative to the contact module, and configured to perform an action enabling stimulation of the wearer's clitoris; characterized in that the prosthesis further comprises - - means for detecting movement of said prosthesis during use, connected to the clitoral stimulation module, and configured to detect the movements made by the prosthesis according to selected parameters; and - processing means, connected to the means for detecting movement and the clitoral stimulation module, configured to vary the intensity of clitoral stimulation proportionately to the frequency and/or amplitude of movement detected. - a phallic-shaped body made of a selected material, - - a contact module arranged at one end of the body, configured to attach to and cover the user's genital organ and having a contact surface configured to be placed in contact with the user's pubic region and allow the prosthesis to be locked in its position of use on the user's genital organ; and - - a clitoral stimulation module, arranged in a selected position relative to the contact module, and configured to perform an action enabling stimulation of the wearer's clitoris; characterized in that the prosthesis further comprises - - means for detecting movement of said prosthesis during use, connected to the clitoral stimulation module, and configured to detect the movements made by the prosthesis according to selected parameters; and - processing means, connected to the means for detecting movement and the clitoral stimulation module, configured to vary the intensity of clitoral stimulation proportionately to the frequency and/or amplitude of movement detected. - processing means, connected to the means for detecting movement and the clitoral stimulation module, configured to vary the intensity of clitoral stimulation proportionately to the frequency and/or amplitude of movement detected.
A method for setting BIOS parameters on a remote computing system, comprising: receiving a request to configure the remote computing system with a specified server personality profile, wherein a server personality profile corresponds to a computing server configured for a particular software application, and wherein the server personality profile references a BIOS profile; identifying the BIOS profile associated with the specified server personality profile, the BIOS profile specifying a set of normalized BIOS parameter settings for use by the server when executing the software application; transmitting the identified BIOS profile to the remote computing system; translating the normalized BIOS parameter settings specified by the BIOS profile into actual BIOS parameter settings applicable for the BIOS on the remote computing system; and storing the actual BIOS parameter settings in the BIOS on the remote computing system. receiving a request to configure the remote computing system with a specified server personality profile, wherein a server personality profile corresponds to a computing server configured for a particular software application, and wherein the server personality profile references a BIOS profile; identifying the BIOS profile associated with the specified server personality profile, the BIOS profile specifying a set of normalized BIOS parameter settings for use by the server when executing the software application; transmitting the identified BIOS profile to the remote computing system; translating the normalized BIOS parameter settings specified by the BIOS profile into actual BIOS parameter settings applicable for the BIOS on the remote computing system; and storing the actual BIOS parameter settings in the BIOS on the remote computing system.
A coal fed power generation system comprising a furnace; a beater wheel mill in fluid communication with the furnace; where the beater wheel mill is operative to pulverize coal and to ventilate the coal; where the furnace contains more than one burner (210, 212, 214) or burner nozzles; where the burners (210, 212, 214) or burner nozzles are operative to receive the coal from the beater wheel mill and combust it in the furnace; ducts transporting the pulverized coal to said burners (210, 212, 214) or burner nozzles; a controlling device; and a plurality of flow control devices (216, 218, 220) that can be automatically controlled via the controlling device; where at least one of said flow control devices (216,218,220) is in fluid communication with the wheel mill and with one of said burners (210, 212, 214) or burner nozzles; and where the controlling device is configured such that, during a low load operation of between 25% and 50% of the load operational range of said power generation system, said at least one flow control device (216, 218, 220) to said one of said burners (210, 212, 214) or burner nozzles is closed to attain a desired transport speed of coal and gas through the other of said burners (210, 212, 214) or burner nozzles, thus reducing clogging of said ducts.