mhurhangee/ep-ind-claims huggingface dataset:
A door, in particular a roller door, having a door leaf which is designed at least in sections thereof as a web-like curtain made of flexible material, and which can be moved along a movement path between an open position, in which it at least partially exposes a wall opening and optionally forms a multi-layered roll above the wall opening, and a closed position, in which it at least partially closes the wall opening, wherein a stabilizing device extending transversely, in particular approximately perpendicularly, to the movement path is associated with the web-like curtain, which at least in the closed position counteracts a deformation of the curtain in a load direction extending perpendicularly to a closing plane spanned by the movement path and the stabilizing device, characterized in that the web-like curtain has at least two curtain segments (9, 11) which follow one another in the direction of the movement path and which are releasably connected to one another along at least one predetermined separating line, or a predetermined separating region, preferably extending approximately perpendicularly to the movement path in the closing plane in such a way that the mutually facing edges of the curtain segments (9, 11) extending transversely, in particular perpendicularly, to the movement path remain deformable, and having a connecting device which is deformable, in particular elastically deformable, at least in sections thereof for releasably connecting the mutually facing edges of the curtain segments (9, 11), wherein the connecting device has two receptacles (13, 15), each associated with one of the curtain segments (9, 11) to be connected, for formitting accommodation of a respective one of the mutually facing edges of the curtain segments (9, 11), wherein in particular the edges have thickenings, in particular are formed as beads or keders, and wherein the connecting device consists of an elastomer material and/or plastic.
A device for gas humidifying in laparoscopy for connection to a gas supply device (insufflator), comprising a water reservoir in a plastic chamber with first absorbent humidifying means, the plastic chamber having a gas inlet and a gas outlet, the gas inlet being connected to the insufflator directly or via an optional hose, and the gas outlet leading to a gas hose, one or more substantially cylindrical humidifying means of a second absorbent material, a gas hose, through which gas can be delivered to a patient, the one or more substantially cylindrical humidifying means of a second absorbent material having at least one cylinder front surface being in contact with the water reservoir, the other cylinder front surface or the cylinder shell being positioned in the gas flow, characterized by that the water reservoir with the first humidifying means is arranged concentrically around the gas flow. the plastic chamber having a gas inlet and a gas outlet, the gas inlet being connected to the insufflator directly or via an optional hose, and the gas outlet leading to a gas hose, one or more substantially cylindrical humidifying means of a second absorbent material, a gas hose, through which gas can be delivered to a patient, the one or more substantially cylindrical humidifying means of a second absorbent material having at least one cylinder front surface being in contact with the water reservoir, the other cylinder front surface or the cylinder shell being positioned in the gas flow, characterized by that the water reservoir with the first humidifying means is arranged concentrically around the gas flow.
Flat-knitting machine comprising a front and a rear needle bed (20, 21) and a front and a rear carriage (50, 51) which can be moved along the needle beds (20, 21) and on which lock plates (40, 41) of at least one knitting system are arranged, a device being provided for stripping and/or inserting weft, warp, and/or floating threads into a knitted fabric and/or for holding down a knitted fabric during stitch formation, characterized in that a device in each case is associated with the front and rear carriages (50, 51) and is mounted thereon, and a thread contact region (6, 6') of the relevant device is arranged at one end and outside the knitting system of the carriage (50, 51) on which the device is mounted.
A radio communication terminal comprising a radio module for processing radio signals, a processor for processing digital signals associated with the radio signals, an audio generator adapted to generate an audio input signal to the processor in response to sound in the vicinity of the terminal, a power supply, and a power controller to control connection of the power supply to the radio module and having a standby mode in which the radio module and processor are energised on a low duty cycle to receive a paging radio channel to check whether an incoming call is being requested, characterised in that in the standby mode the power controller energises the audio generator to generate an audio input to the processor only during a period in which the processor is not processing data relating to a radio modem function of the processor, and the processor is adapted to respond to a predetermined sound by activating said terminal for communication.
Tong system for connecting a drilling rod element with a stationary drilling rod element or for separating a drilling rod element from a stationary drilling rod element, wherein the tong system comprises at least two mutually facing clamping blocks (20, 22) moveable by means of a drive unit which are intended for fixing the tong system to the stationary drilling rod element and which have a gripping surface on a gripping side, characterized in that at least one clamping block (20, 22) comprises movable means (30, 32) with a centring contour for adjusting the tong system relative to the stationary drilling rod element, in that the or each means (30, 32) intended for adjusting the tong system relative to the stationary drilling rod element has a central notch and two lateral lugs (36, 38) as a centring contour and in that the or each means (30, 32) intended for adjusting the tong system relative to the stationary drilling rod element is resiliently mounted and is translationally moveable relative to the clamping block (20, 22) and the gripping surface.
An electric power distribution switchgear comprising a sealed gas tight enclosure inside which is located at least one switching device, said at least one switching device being a puffer type switch; and wherein the enclosure is filled with a dielectric insulating medium having a global warming potential lower than that of SF6, characterized in that the at least one switching device comprises: - a first electrically conducting housing which encloses an actuator mechanism for a first contact assembly, - a second electrically conducting housing which encloses a second contact assembly, - said first electrically conducting housing being arranged at a distance (d) from said second electrically conducting housing, and by - a third housing which is electrically insulating and arranged between the first electrically conducting housing and the second electrically conducting housing. - a first electrically conducting housing which encloses an actuator mechanism for a first contact assembly, - a second electrically conducting housing which encloses a second contact assembly, - said first electrically conducting housing being arranged at a distance (d) from said second electrically conducting housing, and by - a third housing which is electrically insulating and arranged between the first electrically conducting housing and the second electrically conducting housing.
A packet handling method used in a forwarding device, comprising: receiving a TCP ACK packet currently sent by a client; searching in a storage device for a TCP packet requested for retransmission by the TCP ACK packet when it is determined that the Acknowledge Number field value in the TCP header of the TCP ACK packet currently sent by the client is equal to the Acknowledge Number field value in the TCP header of a TCP ACK packet previously sent by the client in the same TCP connection; discarding the TCP ACK packet and transmitting the TCP packet to the client sending the TCP ACK packet when the TCP packet requested for retransmission is found in the storage device. receiving a TCP ACK packet currently sent by a client; searching in a storage device for a TCP packet requested for retransmission by the TCP ACK packet when it is determined that the Acknowledge Number field value in the TCP header of the TCP ACK packet currently sent by the client is equal to the Acknowledge Number field value in the TCP header of a TCP ACK packet previously sent by the client in the same TCP connection; discarding the TCP ACK packet and transmitting the TCP packet to the client sending the TCP ACK packet when the TCP packet requested for retransmission is found in the storage device.
A fixing mechanism (100, 200), used to fasten an object with a first side and a second side on a case, comprising: a first clamping structure provided with a first through hole and connected to said first side of said object; and a first positioning pillar connected to said case, characterized by: a first buffering structure provided with a first positioning hole and having a first trench and a plurality of first protruding parts, said first trench surrounding a sidewall of said first buffering structure so that said first through hole of said first clamping structure is engaged with said first trench to fasten said first side of said object on said first buffering structure, said first positioning hole being disposed on a bottom surface of said first buffering structure, and a plurality of said first protruding parts being disposed on a sidewall of said first positioning hole, said first positioning hole being used to be engaged with said first positioning pillar and a plurality of said first protruding parts being engaged with said first positioning pillar; and a fixing structure for fastening said second side of said object on said case. a first clamping structure provided with a first through hole and connected to said first side of said object; and a first positioning pillar connected to said case, characterized by: a first buffering structure provided with a first positioning hole and having a first trench and a plurality of first protruding parts, said first trench surrounding a sidewall of said first buffering structure so that said first through hole of said first clamping structure is engaged with said first trench to fasten said first side of said object on said first buffering structure, said first positioning hole being disposed on a bottom surface of said first buffering structure, and a plurality of said first protruding parts being disposed on a sidewall of said first positioning hole, said first positioning hole being used to be engaged with said first positioning pillar and a plurality of said first protruding parts being engaged with said first positioning pillar; and a fixing structure for fastening said second side of said object on said case.
A process for preparing spiro[2.5]octane-5,7-dione having the formula said method comprising cyclizing a [1-(2-oxo-propyl)-cyclopropyl]-acetic acid ester having the formula wherein R is C 1 -C 6 alkyl, to form spiro[2.5]octane-5,7-dione.
A method of multi-source, multi-type image registration: receiving a plurality of camera images from a plurality of cameras, wherein the plurality of camera images depict a medical device being tested in an in-vitro experimental environment and wherein the plurality of images further depicts a probe of an ultrasound scanner; receiving a plurality of ultrasound images from the ultrasound scanner, wherein the plurality of ultrasound images depict at least a portion of the medical device in the in-vitro experimental environment; receiving a pre-existing diagram of the probe of the ultrasound scanner; determining a four-dimensional model of at least a portion of the medical device being tested in the in-vitro experimental environment based on the received plurality of camera images; determining a pose of the probe of the ultrasound scanner based on the pre-existing diagram of the probe and the received plurality of camera images; registering the plurality of ultrasound images with the four-dimensional model based on a common coordinate system of the plurality of camera images and the determined pose of the probe. receiving a plurality of camera images from a plurality of cameras, wherein the plurality of camera images depict a medical device being tested in an in-vitro experimental environment and wherein the plurality of images further depicts a probe of an ultrasound scanner; receiving a plurality of ultrasound images from the ultrasound scanner, wherein the plurality of ultrasound images depict at least a portion of the medical device in the in-vitro experimental environment; receiving a pre-existing diagram of the probe of the ultrasound scanner; determining a four-dimensional model of at least a portion of the medical device being tested in the in-vitro experimental environment based on the received plurality of camera images; determining a pose of the probe of the ultrasound scanner based on the pre-existing diagram of the probe and the received plurality of camera images; registering the plurality of ultrasound images with the four-dimensional model based on a common coordinate system of the plurality of camera images and the determined pose of the probe.
A device for releasing volatile substances for vehicles which comprises a container which contains a solid substrate impregnated with volatile substances and a clamping element, the device also comprising at least two retaining arms for retaining the solid substrate, the retaining arms defining a longitudinal axis; wherein said arms are joined to the clamping element by means of a shaft and said arms being substantially perpendicular to said shaft, characterized in that the impregnated solid is a gel and in that the gel is secured by the shaft, the shaft being inserted inside the gel, and the arms contact the gel in the direction of the longitudinal axis of the retaining arms, the arms retaining the movement of the gel when it contracts. wherein said arms are joined to the clamping element by means of a shaft and said arms being substantially perpendicular to said shaft, characterized in that the impregnated solid is a gel and in that the gel is secured by the shaft, the shaft being inserted inside the gel, and the arms contact the gel in the direction of the longitudinal axis of the retaining arms, the arms retaining the movement of the gel when it contracts.
A computer-implemented method of modelling a subsurface volume comprising the step of: a) obtaining history data of at least a first parameter over a first period of time, said first period of time comprising a plurality of schedule periods, each schedule period having associated with it a sampled value of the first parameter at the corresponding time; the method characterized by the steps of: b) attributing a merge error value to plural pairs of consecutive schedule periods, said merge error value representing a magnitude of the error in a merged value of said first parameter over the duration corresponding to a pair of schedule periods being considered, relative to the sampled values for said pair of schedule periods being considered; c) merging the pair of schedule periods which have the smallest error value attributed thereto, and attributing to this merged schedule period the corresponding merged value of said first parameter; and d) repeating steps b) and c) thereby reducing the total number of schedule periods. a) obtaining history data of at least a first parameter over a first period of time, said first period of time comprising a plurality of schedule periods, each schedule period having associated with it a sampled value of the first parameter at the corresponding time; the method characterized by the steps of: b) attributing a merge error value to plural pairs of consecutive schedule periods, said merge error value representing a magnitude of the error in a merged value of said first parameter over the duration corresponding to a pair of schedule periods being considered, relative to the sampled values for said pair of schedule periods being considered; c) merging the pair of schedule periods which have the smallest error value attributed thereto, and attributing to this merged schedule period the corresponding merged value of said first parameter; and d) repeating steps b) and c) b) attributing a merge error value to plural pairs of consecutive schedule periods, said merge error value representing a magnitude of the error in a merged value of said first parameter over the duration corresponding to a pair of schedule periods being considered, relative to the sampled values for said pair of schedule periods being considered; c) merging the pair of schedule periods which have the smallest error value attributed thereto, and attributing to this merged schedule period the corresponding merged value of said first parameter; and d) repeating steps b) and c)
An apparatus for determining a fill status of a canister of fluid in a tissue treatment system, the apparatus comprising: a reduced pressure source configured to provide reduced pressure and fluidly connected to a tissue site; a target conduit fluidly connecting the tissue site and the canister; a sensing device configured to sense a reduced pressure in a source conduit which fluidly connects the canister to the reduced pressure source; a valve in communication with the source conduit, wherein the valve is configured to release the reduced pressure in the source conduit; and a processing unit in communication with the sensing device and the valve, and configured to: open the valve for a selected amount of time; measure a decay of the reduced pressure in the source conduit if the valve releases the reduced pressure; and determine from the decay a fill status of the canister. a reduced pressure source configured to provide reduced pressure and fluidly connected to a tissue site; a target conduit fluidly connecting the tissue site and the canister; a sensing device configured to sense a reduced pressure in a source conduit which fluidly connects the canister to the reduced pressure source; a valve in communication with the source conduit, wherein the valve is configured to release the reduced pressure in the source conduit; and a processing unit in communication with the sensing device and the valve, and configured to: open the valve for a selected amount of time; measure a decay of the reduced pressure in the source conduit if the valve releases the reduced pressure; and determine from the decay a fill status of the canister. open the valve for a selected amount of time; measure a decay of the reduced pressure in the source conduit if the valve releases the reduced pressure; and determine from the decay a fill status of the canister.
An antibody for use in a method to effect weight loss in a mammal, the method comprising administering an antibody to the mammal in need thereof, wherein the antibody inhibits the action of Gkn-1 in the mammal.
A method of conference recording, comprising the steps of: connecting a processor of an autonomous conference monitoring system to a conferencing system over a communications network; identifying, by the processor, a plurality of virtual conferences being operated by the conferencing system, the virtual conferences having human participants (14, 16, 18); executing a plurality of virtual participant processes in the processor; registering the virtual participant processes with the conferencing system as co-participants in the virtual conferences by emulating, by the virtual participant processes, a set of mouse clicks and key strokes that mimic human interactions with a graphical user interface of the conferencing system; and recording information streams of the human participants of the virtual conferences using the virtual participant processes, wherein the virtual participant processes are operative to execute commands from one of the human participants of a specific conference, received through a chat channel of the specific conference. connecting a processor of an autonomous conference monitoring system to a conferencing system over a communications network; identifying, by the processor, a plurality of virtual conferences being operated by the conferencing system, the virtual conferences having human participants (14, 16, 18); executing a plurality of virtual participant processes in the processor; registering the virtual participant processes with the conferencing system as co-participants in the virtual conferences by emulating, by the virtual participant processes, a set of mouse clicks and key strokes that mimic human interactions with a graphical user interface of the conferencing system; and recording information streams of the human participants of the virtual conferences using the virtual participant processes, wherein the virtual participant processes are operative to execute commands from one of the human participants of a specific conference, received through a chat channel of the specific conference.
A method of grouping a derived spatial arrangement of wireless nodes comprising dividing said arrangement into a plurality of spatial groups wherein a particular node is assigned to a particular group if the distance between its spatial position in said arrangement and a defined centre of said group is equal to or less than a defined threshold distance.
An interconnect structure, comprising: a first interconnection level including a first dielectric layer and a first set of conductive paths; a second interconnection level arranged above the first interconnection level and including a second dielectric layer and a second set of conductive paths; a third interconnection level arranged above the second interconnection level and including a third dielectric layer and a third set of conductive paths; and a fourth interconnection level arranged above the third interconnection level and including a fourth dielectric layer and a fourth set of conductive paths; the interconnect structure further comprising: a first multi-level via structure extending from the first interconnection level to the third interconnection level and forming a single unitary body passing through the second interconnection level distant from any of the second set of conductive paths; and characterized by: a second multi-level via structure extending from the second interconnection level to the fourth interconnection level and forming a single unitary body passing through the third interconnection level distant from any of the third set of conductive paths. a first interconnection level including a first dielectric layer and a first set of conductive paths; a second interconnection level arranged above the first interconnection level and including a second dielectric layer and a second set of conductive paths; a third interconnection level arranged above the second interconnection level and including a third dielectric layer and a third set of conductive paths; and a fourth interconnection level arranged above the third interconnection level and including a fourth dielectric layer and a fourth set of conductive paths; the interconnect structure further comprising: a first multi-level via structure extending from the first interconnection level to the third interconnection level and forming a single unitary body passing through the second interconnection level distant from any of the second set of conductive paths; and characterized by: a second multi-level via structure extending from the second interconnection level to the fourth interconnection level and forming a single unitary body passing through the third interconnection level distant from any of the third set of conductive paths.