mhurhangee/patent-ind-claim-en huggingface dataset:
A secondary battery comprising: a jelly-roll in which an electrode and a separator are stacked to cross each other and which is wound around a central core ; a multi-tab comprising a plurality of parts extending from the electrode and formed on a predetermined area (a) at an end of the jelly-roll ; a can member accommodating the jelly-roll ; and an insulation member disposed adjacent to the end to insulate the can member from the jelly-roll , wherein the insulation member comprises: a central hole punched in a center of the insulation member so that the central core passes therethrough; characterized in that the insulation member further comprises a tab hole punched around the central hole to correspond to the plurality of parts of the multi-tab so that the plurality parts of the multi-tab pass therethrough, the insulation member has a circumference less than that of the end , the insulation member is formed so that the central hole and the tab hole communicate with each other, and the jelly-roll further comprises a tab formed on the end and disposed outside an edge of the insulation member . a jelly-roll in which an electrode and a separator are stacked to cross each other and which is wound around a central core ; a multi-tab comprising a plurality of parts extending from the electrode and formed on a predetermined area (a) at an end of the jelly-roll ; a can member accommodating the jelly-roll ; and an insulation member disposed adjacent to the end to insulate the can member from the jelly-roll , wherein the insulation member comprises: a central hole punched in a center of the insulation member so that the central core passes therethrough; characterized in that the insulation member further comprises a tab hole punched around the central hole to correspond to the plurality of parts of the multi-tab so that the plurality parts of the multi-tab pass therethrough, the insulation member has a circumference less than that of the end , the insulation member is formed so that the central hole and the tab hole communicate with each other, and the jelly-roll further comprises a tab formed on the end and disposed outside an edge of the insulation member . a central hole punched in a center of the insulation member so that the central core passes therethrough; characterized in that the insulation member further comprises a tab hole punched around the central hole to correspond to the plurality of parts of the multi-tab so that the plurality parts of the multi-tab pass therethrough, the insulation member has a circumference less than that of the end , the insulation member is formed so that the central hole and the tab hole communicate with each other, and the jelly-roll further comprises a tab formed on the end and disposed outside an edge of the insulation member .
Gear mechanism for a pilger motion of tear-off rollers of a combing machine , the gear mechanism comprising a housing , a tear-off roller cam disk and a tear-off roller auxiliary shaft for transmitting a forward and backward movement to the tear-off rollers , characterized in that an adjusting device is provided for adjusting the tear-off roller cam disk relative to the tear-off roller auxiliary shaft , wherein the adjusting device has a sleeve which is rotationally fixedly mounted on the tear-off roller auxiliary shaft and is detachably connected to the tear-off roller auxiliary shaft , wherein the sleeve is connected to the tear-off roller cam disk by means of an entrainment means.
Method for introducing foam into a shower cubicle, a vapor bath, or another sanitary facility suited for this, wherein the foam is introduced, at a temperature of -15°C to 20°C, preferably of 0°C to 18°C, particularly preferred of 5°C to 15°C, from a foam generator into the shower cubicle, the vapor bath, or the other sanitary facility suited for this, wherein the foam preferably has the temperature at an outlet of the foam generator, wherein the foam is produced in the foam generator by blowing air into a mixture of liquid water at a temperature of -18°C to 20°C and soap , and the foam produced thereby exits from the foam generator through the outlet , wherein the freezing point of the liquid water is, when the temperature of the water is to be below 0°C, correspondingly lowered by admixing a component that lowers the freezing point , wherein the liquid water is supplied to the foam generator via an inlet , wherein the soap is either supplied via an additional soap inlet or is admixed to the liquid water before it enters the foam generator , wherein the air exits from a bubble plate at the bottom of the foam generator , wherein the air supply is preferably effected via a fan , characterized in that the supply of the liquid water into the foam generator is fed from a cold water reservoir , wherein the cold water reservoir includes a cooling that sets the water temperature.
Electric connecting terminal - having a contact cage, which has a contact base , a contact cover and two contact side walls connecting the contact base and contact cover to each other, wherein - the contact base , the contact cover and the contact side walls together form a conduit entry channel , - having a conduit clamp connection, which is formed by at least one clamping spring pre-tensioned in opposition to a counter bearing, - having an entry bevel for a conduit formed in the region of the contact cover , wherein the entry bevel is formed by a guiding wing , which rises up from the contact cover in the conduit plugging direction (x) and which is designed to be inclined in the direction of the contact base , characterised in that - the contact cover is formed in two parts with a separating joint aligned in the conduit plugging direction, wherein the guiding wing is only attached to a first contact covering part , - the second contact cover part is held without a guiding wing, - the guiding wing spans the width of the conduit entry channel , such that a conduit to be plugged in cannot leave the clamping region downstream of the conduit entry channel in the direction facing away from the channel base. - having a contact cage, which has a contact base , a contact cover and two contact side walls connecting the contact base and contact cover to each other, wherein - the contact base , the contact cover and the contact side walls together form a conduit entry channel , - having a conduit clamp connection, which is formed by at least one clamping spring pre-tensioned in opposition to a counter bearing, - having an entry bevel for a conduit formed in the region of the contact cover , - the contact cover is formed in two parts with a separating joint aligned in the conduit plugging direction, wherein the guiding wing is only attached to a first contact covering part , - the second contact cover part is held without a guiding wing, - the guiding wing spans the width of the conduit entry channel , such that a conduit to be plugged in cannot leave the clamping region downstream of the conduit entry channel in the direction facing away from the channel base.
Road finisher comprising an undercarriage , a chassis adjustable in height relative to the undercarriage , an electronic control system and a paving screed attached to tie bars , the tie bars each being hinged to the chassis at a pull point and the pull points being adjustable relative to the chassis by means of a leveling cylinder in each case, and the control system comprises a receiving unit , an evaluation unit and a command unit , the receiving unit being configured to detect a current actual pull point height (N) and the evaluation unit being configured to calculate a deviation of the actual pull point height (N) from a target pull point height caused by a height adjustment of the chassis relative to the undercarriage and the command unit being configured thereto, automatically at least partially correcting the deviation by causing a correction signal sent by the command unit to cause a hydraulic controller to adjust at least one of the leveling cylinders , characterized in that - the road finisher comprises a sensor for measuring a height position (H) of the chassis at its discharge end , - the chassis being connected at a pivot point (D) at a front end of the road finisher to the undercarriage at a fixed height with respect to the ground, such that the chassis is height-adjustable by lifting and lowering at its discharge end , wherein the chassis rotates about the pivot point (D), - and the control system being configured to calculate the actual pull point height (N) on the basis of a height position (H) of the chassis and being configured to calculate a change in height (dN) of the pull point essentially from a change in height (dH) of the chassis at its discharge end , a distance (r) of the pull point from the pivot point (D) and a distance (l) of the discharge end from the pivot point (D) by means of the formula dN = dH * r/l. - the road finisher comprises a sensor for measuring a height position (H) of the chassis at its discharge end , - the chassis being connected at a pivot point (D) at a front end of the road finisher to the undercarriage at a fixed height with respect to the ground, such that the chassis is height-adjustable by lifting and lowering at its discharge end , wherein the chassis rotates about the pivot point (D), - and the control system being configured to calculate the actual pull point height (N) on the basis of a height position (H) of the chassis and being configured to calculate a change in height (dN) of the pull point essentially from a change in height (dH) of the chassis at its discharge end , a distance (r) of the pull point from the pivot point (D) and a distance (l) of the discharge end from the pivot point (D) by means of the formula dN = dH * r/l.
An air conditioner, comprising: an outdoor unit having a compressor configured to pressurize and discharge a refrigerant, a plurality of outdoor heat exchangers configured to exchange heat between outside air and the refrigerant, and first channel switching means configured to switch a channel on the basis of an operation form; and a plurality of indoor units , each having an indoor heat exchanger configured to exchange heat between air in a space to be air-conditioned and the refrigerant and indoor flow-rate control means , both being connected by a pipeline so as to constitute a refrigerant circuit, wherein a bypass pipeline configured to divide the refrigerant discharged from said compressor and allows each refrigerant to flow into each of the outdoor heat exchangers connected in parallel; and a plurality of second channel switching means , each configured to perform switching such that either the refrigerant having passed through the bypass pipeline or the refrigerant from said indoor unit is made to flow into each of said outdoor heat exchangers are provided in said outdoor unit , characterized by comprising control means configured to allow the refrigerant having passed through said bypass pipeline to sequentially flow into each outdoor heat exchanger so as to defrost one of the plurality of outdoor heat exchanger by controlling switching of each second channel switching means . an outdoor unit having a compressor configured to pressurize and discharge a refrigerant, a plurality of outdoor heat exchangers configured to exchange heat between outside air and the refrigerant, and first channel switching means configured to switch a channel on the basis of an operation form; and a plurality of indoor units , each having an indoor heat exchanger configured to exchange heat between air in a space to be air-conditioned and the refrigerant and indoor flow-rate control means , both being connected by a pipeline so as to constitute a refrigerant circuit, wherein a bypass pipeline configured to divide the refrigerant discharged from said compressor and allows each refrigerant to flow into each of the outdoor heat exchangers connected in parallel; and a plurality of second channel switching means , each configured to perform switching such that either the refrigerant having passed through the bypass pipeline or the refrigerant from said indoor unit is made to flow into each of said outdoor heat exchangers are provided in said outdoor unit , characterized by comprising control means configured to allow the refrigerant having passed through said bypass pipeline to sequentially flow into each outdoor heat exchanger so as to defrost one of the plurality of outdoor heat exchanger by controlling switching of each second channel switching means .
A compound of Formula (VI): or a pharmaceutically acceptable salt thereof, wherein: R 2A and R 2B are independently H, OH or C 1 -C 4 alkyl, provided at least one of R 2A and R 2B is not H; R 3 is C 1 -C 4 fluoroalkyl; R 4 is H; R 5A is SO 2 R 7 or SO 2 NR 8 R 9 ; R 7 is C 1 -C 4 alkyl; and R 8 and R 9 are independently H or C 1 -C 4 alkyl. R 2A and R 2B are independently H, OH or C 1 -C 4 alkyl, provided at least one of R 2A and R 2B is not H; R 3 is C 1 -C 4 fluoroalkyl; R 4 is H; R 5A is SO 2 R 7 or SO 2 NR 8 R 9 ; R 7 is C 1 -C 4 alkyl; and R 8 and R 9 are independently H or C 1 -C 4 alkyl.
A wellbore cleaning system comprising: a bottom hole assembly configured to be run downhole into a wellbore after the wellbore has been drilled and before the wellbore has been cleaned; a control sub-assembly mounted on and carried by the bottom hole assembly, the control sub-assembly configured to be positioned within the wellbore; and a plurality of cleaning sub-assemblies interchangeably mounted on and carried by the bottom hole assembly, each cleaning sub-assembly configured to be positioned within the wellbore, the plurality of cleaning sub-assemblies comprising at least two of: a scraping sub-assembly configured to scrape an interior of the wellbore, a brushing sub-assembly configured to brush the interior of the wellbore, or a magnetic sub-assembly configured to magnetically capture debris within the wellbore, wherein the control sub-assembly comprises: one or more processors ; and a computer-readable medium storing instructions executable by the one or more processors to perform operations comprising: receiving, from a surface of the wellbore, cleaning instructions to perform cleaning operations within the wellbore, and transmitting, to at least one of the plurality of cleaning sub-assemblies, at least a portion of the cleaning instructions. a bottom hole assembly configured to be run downhole into a wellbore after the wellbore has been drilled and before the wellbore has been cleaned; a control sub-assembly mounted on and carried by the bottom hole assembly, the control sub-assembly configured to be positioned within the wellbore; and a plurality of cleaning sub-assemblies interchangeably mounted on and carried by the bottom hole assembly, each cleaning sub-assembly configured to be positioned within the wellbore, the plurality of cleaning sub-assemblies comprising at least two of: a scraping sub-assembly configured to scrape an interior of the wellbore, a brushing sub-assembly configured to brush the interior of the wellbore, or a magnetic sub-assembly configured to magnetically capture debris within the wellbore, a scraping sub-assembly configured to scrape an interior of the wellbore, a brushing sub-assembly configured to brush the interior of the wellbore, or a magnetic sub-assembly configured to magnetically capture debris within the wellbore, one or more processors ; and a computer-readable medium storing instructions executable by the one or more processors to perform operations comprising: receiving, from a surface of the wellbore, cleaning instructions to perform cleaning operations within the wellbore, and transmitting, to at least one of the plurality of cleaning sub-assemblies, at least a portion of the cleaning instructions. receiving, from a surface of the wellbore, cleaning instructions to perform cleaning operations within the wellbore, and transmitting, to at least one of the plurality of cleaning sub-assemblies, at least a portion of the cleaning instructions.
A method for setting up a bearer, comprising: receiving , by a serving general packet radio service support node, SGSN, a packet data protocol, PDP, context activation request from a user equipment, UE; sending , by the SGSN, a second bearer setup request to a serving gateway, SGW; sending , by the SGW, a first bearer setup request to a packet data network gateway, PGW; receiving , by the SGW, a first bearer setup response from the PGW; receiving , by the SGSN, a second bearer setup response from the SGW; sending , by the SGSN, a radio access bearer, RAB, assignment request to a radio access network, RAN, for the RAN to set up a radio bearer, RB, with the UE; receiving , by the SGSN, an RAB assignment response from the RAN; and returning , by the SGSN, a PDP context activation response to the UE; wherein the second bearer setup response comprises a first bearer identifier, ID, and the RAB assignment request comprises a second bearer ID. receiving , by a serving general packet radio service support node, SGSN, a packet data protocol, PDP, context activation request from a user equipment, UE; sending , by the SGSN, a second bearer setup request to a serving gateway, SGW; sending , by the SGW, a first bearer setup request to a packet data network gateway, PGW; receiving , by the SGW, a first bearer setup response from the PGW; receiving , by the SGSN, a second bearer setup response from the SGW; sending , by the SGSN, a radio access bearer, RAB, assignment request to a radio access network, RAN, for the RAN to set up a radio bearer, RB, with the UE; receiving , by the SGSN, an RAB assignment response from the RAN; and returning , by the SGSN, a PDP context activation response to the UE; wherein the second bearer setup response comprises a first bearer identifier, ID, and the RAB assignment request comprises a second bearer ID.
An synthetic nucleic acid molecule comprising (a) a DNA molecule encoding a protein of the sequence of amino acid residues from 1 to 184 or from 27 to 184 of SEQ ID NO: 1, or (b) the complement of the DNA molecule of (a).
A V-domain Ig Suppressor of T cell Activation (VISTA) antagonist comprising an antibody or antibody fragment thereof for use in the treatment of lung cancer in an individual in need thereof, wherein the antibody or antibody fragment binds to VISTA and enhances an immune response to the lung cancer, and wherein the treatment comprises administering to the individual a therapeutically effective amount of the VISTA antagonist.
A method for determining maximal oxygen uptake (VO 2 max )of a user with a computing unit, the method comprising: receiving physical characteristics data concerning the user at said computing unit; providing a stimulus to prompt the user to perform an exercise protocol, wherein the exercise protocol comprises periodic body movements involving a significant number of the user's body muscles; receiving body motion data describing the motion of the user's body during the performance of the exercise protocol at said computing unit, wherein the body motion data is selected from a group consisting of the time required to perform a single repetition of the exercise, the velocity of the user's body as it performs the protocol, the acceleration at the start and/or end of each repetition, the distance traveled by the user's body during each repetition, the amplitude of the motion of the user's body during each repetition, the number of repetitions of the motion of the user's body, and difference between motion data as the user performs multiple repetitions of each exercise, wherein each repetition corresponds to each periodic body movement; characterised in that the method further comprises selecting one of a plurality of predictive models using one or more of the received physical characteristics data, the received body motion data, and a type of exercise performed by the user according to the exercise protocol; and computing maximal oxygen uptake (VO 2 max )utilizing the selected predictive model based on said body motion data and said physical characteristics data. receiving physical characteristics data concerning the user at said computing unit; providing a stimulus to prompt the user to perform an exercise protocol, wherein the exercise protocol comprises periodic body movements involving a significant number of the user's body muscles; receiving body motion data describing the motion of the user's body during the performance of the exercise protocol at said computing unit, wherein the body motion data is selected from a group consisting of the time required to perform a single repetition of the exercise, the velocity of the user's body as it performs the protocol, the acceleration at the start and/or end of each repetition, the distance traveled by the user's body during each repetition, the amplitude of the motion of the user's body during each repetition, the number of repetitions of the motion of the user's body, and difference between motion data as the user performs multiple repetitions of each exercise, wherein each repetition corresponds to each periodic body movement; characterised in that the method further comprises selecting one of a plurality of predictive models using one or more of the received physical characteristics data, the received body motion data, and a type of exercise performed by the user according to the exercise protocol; and computing maximal oxygen uptake (VO 2 max )utilizing the selected predictive model based on said body motion data and said physical characteristics data.
A dental instrument comprising: - an elongated handle portion , - operative portions at the ends of the handle portion for operations according to one or more purpose of use of the dental instrument, - a body portion between the operative portions mechanically connecting to the operative portions and at least partially covered by the elongated handle portion , and - a radio frequency identifier which is readable from a distance of the dental instrument, wherein said radio frequency identifier is covered by said elongated handle portion , the elongated handle portion being cast on the radio frequency identifier and the body portion so that material of the elongated handle portion is adhered to material of the body portion , characterized in that the radio frequency identifier is disposed partially within a cavity of the body portion and partially within a cavity of the elongated handle portion. - an elongated handle portion , - operative portions at the ends of the handle portion for operations according to one or more purpose of use of the dental instrument, - a body portion between the operative portions mechanically connecting to the operative portions and at least partially covered by the elongated handle portion , and - a radio frequency identifier which is readable from a distance of the dental instrument,