mhurhangee/ep-ind-claims huggingface dataset:
Dental drill system, comprising - a drill having a drilling part with a first end configured for drilling a hole in a jaw bone and a shank part with a second end configured for connection to a drill-rotating device, and - a guiding sleeve for guiding the drill during drilling, wherein the guiding sleeve has a first side intended to face the drill-rotating device and a second side intended to face the jaw bone during a drilling operation, and wherein a guiding through-hole extends from the first side to the second side, wherein a rim extends at least partly around the circumference of the drill, and wherein the system further comprises a drill stop sleeve (12, 121) that is capable of being brought onto the drill wherein the drill stop sleeve is provided with a recess extending circumferentially around an inner side of the drill stop sleeve (12, 121), wherein the relative dimensions of the rim and the recess are adapted to allow the drill stop sleeve (12, 121) to be snap-locked onto the drill, wherein the guiding sleeve comprises a flange that defines an end position for the drill stop sleeve (12, 121), wherein the guiding sleeve comprises an outer sleeve element and an inner sleeve element, wherein the inner sleeve element fits into and is securable in the outer sleeve element and wherein the inner sleeve element is provided with said drill guiding through-hole and said flange, the system being characterized in that it comprises a punching sleeve having a cutting end part suitable for removal of tissue on a jaw bone of a patient, wherein the punching sleeve forms the inner sleeve element of the guiding sleeve, and wherein the cutting end part is able to protrude from the second part of the outer sleeve element. - a drill having a drilling part with a first end configured for drilling a hole in a jaw bone and a shank part with a second end configured for connection to a drill-rotating device, and - a guiding sleeve for guiding the drill during drilling, wherein the guiding sleeve has a first side intended to face the drill-rotating device and a second side intended to face the jaw bone during a drilling operation, and wherein a guiding through-hole extends from the first side to the second side,
A delivery container for temperature sensitive goods, the delivery container having sidewalls, a rear wall, top and bottom walls all of a heat insulated construction, an upright access opening opposite the rear wall, a door assembly for selectively closing the access opening, and a cooling gas distribution arrangement including a refrigerant receiving recess in the top region of the interior thereof and multiple generally upright cavities associated with the sidewalls and rear wall, the delivery container being characterised in that the refrigerant receiving recess is provided in a refrigerant support tray having surfaces inclined downwardly towards an upper region of the sidewalls and rear wall of the delivery container for distributing cooling gases generated by refrigerant located in the refrigerant receiving recess to openings communicating with the multiple upright cavities, in use.
A system for providing protection to devices connected to a network, comprising: a scanner component adapted to determine whether a message includes an exploit; and a quarantine component coupled to the scanner component and adapted to hold the message when the message includes an exploit; the system being characterised by: the scanner component being further adapted to: examine each message it receives for a digital signature indicating that the examined message should not be forwarded; and forward the examined message to the quarantine component when a digital signature is found. a scanner component adapted to determine whether a message includes an exploit; and a quarantine component coupled to the scanner component and adapted to hold the message when the message includes an exploit; the system being characterised by: the scanner component being further adapted to: examine each message it receives for a digital signature indicating that the examined message should not be forwarded; and forward the examined message to the quarantine component when a digital signature is found. the scanner component being further adapted to: examine each message it receives for a digital signature indicating that the examined message should not be forwarded; and forward the examined message to the quarantine component when a digital signature is found. examine each message it receives for a digital signature indicating that the examined message should not be forwarded; and forward the examined message to the quarantine component when a digital signature is found.
Air filter system in particular for the intake air of internal combustion engines, comprising a housing with a housing upper part and a round air filter element for filtering air, the housing comprising a clean air connection for discharging clean air from the housing and an annular receiving area axially opened towards the interior space of the housing surrounding the clean air connection for engagement of a radially acting annular gasket disposed at the axial end of the filter element, wherein the sealing area features a cylindrical contact surface to which a sealing surface of the gasket can be applied in particular radially sealingly, characterized in that the receiving area features a support surface facing the contact surface, the support surface featuring at least one extension protruding from the support surface towards the contact surface, wherein the gasket features a second surface opposite to the sealing surface that features several annularly surrounding indentations in radial direction, wherein the at least one extension engages respectively one of the indentations.
Method for operating, setting up, starting up and/or testing a terminal (14, 14', 14") that is used in buildings engineering, comprising the following steps: making a connection between a terminal (14, 14', 14") and an input device (13, 13', 13"), which is separated from the latter, using a hand-held control, operating the hand-held control in order to remotely control and operate the terminal (14, 14', 14") from an operating location, which is remote from the installation location of the terminal (14, 14', 14"), characterized in that the connection is made by using the input device (13, 13', 13") to allocate a temporary destination address for the terminal (14, 14', 14"), in order to uniquely define said terminal as a communication partner for the input device (13, 13', 13"), wherein a check is performed to determine whether the terminal (14, 14', 14") has a valid destination address, and, if this is not the case, a check is performed to determine whether the terminal (14, 14', 14") can be correctly addressed using a temporary destination address, and, if this is possible, the temporary destination address is set in the terminal (14, 14', 14"). making a connection between a terminal (14, 14', 14") and an input device (13, 13', 13"), which is separated from the latter, using a hand-held control, operating the hand-held control in order to remotely control and operate the terminal (14, 14', 14") from an operating location, which is remote from the installation location of the terminal (14, 14', 14"), characterized in that the connection is made by using the input device (13, 13', 13") to allocate a temporary destination address for the terminal (14, 14', 14"), in order to uniquely define said terminal as a communication partner for the input device (13, 13', 13"), wherein a check is performed to determine whether the terminal (14, 14', 14") has a valid destination address, and, if this is not the case, a check is performed to determine whether the terminal (14, 14', 14") can be correctly addressed using a temporary destination address, and, if this is possible, the temporary destination address is set in the terminal (14, 14', 14").
An ex vivo method of physiological characterization in a subject comprising determining the extent of expression of all of the following three biomarkers leptin, IL-10, and MCP-1 and, optionally, one or more of the biomarkers selected from the group consisting of MPO, HGF, MMP-9, MMP-7, SAA, Resistin, IL-5, IL12, IL-8, IL-4, IL-7, MIF, sCD40 ligand, sICAM-1, IL-13, 1-TAC, MMP-1, Eotaxin, IP-10, sVCAM-1, Adiponectin, CRP, C-Peptide, MMP-3, SAP, !L-1ra, IL-15, EGF, MMP-8, IL-6, MMP-12, PAI-1, Amylin (Total), IL-1α, sFSI, MIP-1β, SE-selectin, IL-17, GM-CSF, G-CSF, TGF-α, IFN- γ, Fractalkine, VEGF, IL-12, Sfas, IL-1β, IL-2, MIP-1α, Insulin, GLP-1, TNF-α, MMP-2, MMP-13, IL-12, free, I-TAC, or a combination thereof, in a physiological sample of the subject, wherein the extent of expression of the biomarkers is indicative of non-small cell lung cancer.
A hot runner nozzle for injection molds comprising a nozzle pipe in which a passage channel for the passage of a plastic melt is formed, wherein the passage channel extends along a center axis from a rear side channel inlet side up to a front side nozzle tip and opens in at least one outlet channel in the nozzle tip through which the plastic melt can be driven, wherein a contact collar for a sealing contact with the injection mold is provided, and wherein at least the nozzle pipe and/or the nozzle tip and/or the contact collar are manufactured by means of a generative production process as a single part base member, characterized in that the base member sectionally has a honeycomb structure.
An air distribution panel for aircraft comprising: a primary air inlet port configured to be fluidly coupled to and receive primary air from an air distribution plenum; a housing fluidly coupled to the primary air inlet port, wherein the housing comprises: an air outlet chamber through which the primary air can be exhausted into an aircraft compartment; and a secondary air inlet chamber through which secondary air can be drawn from the aircraft compartment, wherein exhausting of the primary air through the air outlet chamber causes the secondary air to be passively drawn into the secondary air inlet chamber; and one or more environmental sensors positioned within the secondary air inlet chamber and along an airflow path of the secondary air, wherein the secondary air can be exhausted via the air outlet chamber back into the aircraft compartment after the secondary air passes the one or more environmental sensors; and wherein the housing comprises: a first sidewall and a pair of opposing sidewalls (340B, 340C) that extend from opposite edge regions of the first sidewall, wherein the first sidewall and the pair of opposing sidewalls (340B, 340C) define an opening; and a second sidewall that spans the opening and divides the opening into a pair of openings that correspond respectively to an air outlet port and a secondary air inlet port. a primary air inlet port configured to be fluidly coupled to and receive primary air from an air distribution plenum; a housing fluidly coupled to the primary air inlet port, wherein the housing comprises: an air outlet chamber through which the primary air can be exhausted into an aircraft compartment; and a secondary air inlet chamber through which secondary air can be drawn from the aircraft compartment, wherein exhausting of the primary air through the air outlet chamber causes the secondary air to be passively drawn into the secondary air inlet chamber; and one or more environmental sensors positioned within the secondary air inlet chamber and along an airflow path of the secondary air, wherein the secondary air can be exhausted via the air outlet chamber back into the aircraft compartment after the secondary air passes the one or more environmental sensors; and an air outlet chamber through which the primary air can be exhausted into an aircraft compartment; and a secondary air inlet chamber through which secondary air can be drawn from the aircraft compartment, wherein exhausting of the primary air through the air outlet chamber causes the secondary air to be passively drawn into the secondary air inlet chamber; and one or more environmental sensors positioned within the secondary air inlet chamber and along an airflow path of the secondary air, wherein the secondary air can be exhausted via the air outlet chamber back into the aircraft compartment after the secondary air passes the one or more environmental sensors; and
System for storing energy and producing electrical energy, comprising a thermal doublet including a first thermal stock and a second thermal stock, heat exchangers (ET1, ET2) located in each of said thermal stocks (GT1, GT2), at least one means for circulating at least one heat-transfer fluid between heat exchangers (ET1, ET2) from one thermal stock to another, a means for converting electrical energy into thermal energy, and a means (TRANS) for converting the thermal energy of the heat transfer fluid into electrical energy, implementing a thermodynamic cycle using a temperature difference between the said thermal stocks (GT1, GT2), wherein said first thermal stock comes from a diffusive thermal storage technique in a rocky mass out of water, characterized in that said second thermal stock is a storage of latent heat in an ice water basin.
A surgical system for tissue repairs, comprising: a fixation device comprising a body, a longitudinal axis, a proximal end and a distal end; and a tensionable construct pre-loaded on the fixation device, the tensionable construct comprising a flexible strand with an adjustable knotless closed loop, a splice formed within the flexible strand, and a flexible material attached to the knotless closed loop, wherein the flexible strand is passed through the splice to form the closed loop, wherein the knotless closed loop of the flexible strand passes through different spaced apart points in the flexible material, wherein, when the flexible strand is pulled, the loop collapses and the flexible material compresses from an extended position, non-folded position to a compressed, folded position, characterised in that the flexible material forms a plurality of folds in the compressed, folded position, and in that the splice is located within the body of the fixation device, and extends between the distal end and the proximal end of the body. a fixation device comprising a body, a longitudinal axis, a proximal end and a distal end; and a tensionable construct pre-loaded on the fixation device, the tensionable construct comprising a flexible strand with an adjustable knotless closed loop, a splice formed within the flexible strand, and a flexible material attached to the knotless closed loop, wherein the flexible strand is passed through the splice to form the closed loop, wherein the knotless closed loop of the flexible strand passes through different spaced apart points in the flexible material, wherein, when the flexible strand is pulled, the loop collapses and the flexible material compresses from an extended position, non-folded position to a compressed, folded position,
A traveling vehicle controller configured to assign, to any one of a plurality of traveling vehicles each configured to travel on a travel path including a branch point, a command to travel to a destination point on the travel path, the traveling vehicle controller comprising a command assignment unit configured to detect a first-arrive traveling vehicle being capable of reaching the destination point first among the traveling vehicles, based on travel route candidates on which the traveling vehicles travel along the travel path from respective positions to reach the destination point, and to assign the command to the first-arrive traveling vehicle, wherein, in detection of the first-arrive traveling vehicle, when a traveling vehicle traveling toward the branch point on the travel path is located within a range of a branch-switching impossible distance from the branch point and is scheduled to proceed toward a main way at the branch point, the command assignment unit is configured to perform pseudo-shift processing by which this traveling vehicle is considered to be located in a position downstream of the branch point and on a side of the main way.
Compressor housing of an exhaust-gas turbocharger for accommodating a compressor wheel, comprising a flow passage, inner housing parts (24, 25) and outer housing parts (21, 22), wherein the inner housing parts surround the flow passage and, in the event of the compressor wheel bursting, are intended for absorbing and for at least partly dissipating the kinetic energy, and the outer housing parts are arranged radially outside the inner housing parts, characterized in that the compressor housing has two encircling flanges (22, 23) for connecting an air-inlet housing to the compressor housing, wherein the two flanges are arranged at a radial distance apart, and in that the radially outer flange is an integral part of an outer housing part, and the radially inner flange is connected to the radially outer flange radially outside the inner housing parts.
A method of controlling a building system, the method comprising the following steps carried out by the building system: receiving an action request to adjust a building device of the building system from a user device with no token; transmitting the action request along with a request for a valid token to an authorization system; obtaining, from the authorization system, a token determined by the authorization system for a previous action request sent by the user device to an access device to adjust the building device when the token exists from the previous action request; validating the token from the previous action request; and adjusting the building device in response to the action request when the token from the previous action request has been validated. receiving an action request to adjust a building device of the building system from a user device with no token; transmitting the action request along with a request for a valid token to an authorization system; obtaining, from the authorization system, a token determined by the authorization system for a previous action request sent by the user device to an access device to adjust the building device when the token exists from the previous action request; validating the token from the previous action request; and adjusting the building device in response to the action request when the token from the previous action request has been validated.
Method for watering plants planted in a fertile soil, wherein at least the fertile soil is arranged in a planting chamber, the method comprising the following steps: a) generating a first atmosphere with a first relative humidity in the planting chamber and maintaining the first atmosphere for a period of time, b) reducing the relative humidity to a second atmosphere with a second relative humidity in the planting chamber and maintaining the second atmosphere for a period of time, c) repeating steps a) and b), characterized by d) again generating the first atmosphere in the planting chamber and maintaining the first atmosphere for a period of time to generate a large-surface wetting of the fertile soil, the first relative humidity generating a first atmosphere saturated or quasi saturated in water. a) generating a first atmosphere with a first relative humidity in the planting chamber and maintaining the first atmosphere for a period of time, b) reducing the relative humidity to a second atmosphere with a second relative humidity in the planting chamber and maintaining the second atmosphere for a period of time, c) repeating steps a) and b), d) again generating the first atmosphere in the planting chamber and maintaining the first atmosphere for a period of time to generate a large-surface wetting of the fertile soil, the first relative humidity generating a first atmosphere saturated or quasi saturated in water.
An apparatus for encoding or decoding video information, the apparatus comprising: means for storing video information associated with a current layer; means for obtaining at least one of a chroma format of a current picture of the current layer to be decoded, a bit depth of luma samples of the current picture, or a bit depth of chroma samples of the current picture, wherein the current picture is an intra random access point, IRAP, picture that starts a new coded video sequence, CVS; means for obtaining at least one of a chroma format of a preceding picture of the current layer that was decoded, a bit depth of luma samples of the preceding picture, or a bit depth of chroma samples of the preceding picture; and means for determining a value of a first flag associated with the current picture, the first flag indicating whether previously decoded pictures in a decoded picture buffer, DPB, should be removed from the DPB without being output, the previously decoded pictures decoded from the one or more layers, characterized in that the determination of the value of the first flag is based on at least one of: the chroma format of the current picture and the chroma format of the preceding picture, the bit depth of the luma samples of the current picture and the bit depth of the luma samples of the preceding picture, or the bit depth of the chroma samples of the current picture and the bit depth of the chroma samples of the preceding picture. means for storing video information associated with a current layer; means for obtaining at least one of a chroma format of a current picture of the current layer to be decoded, a bit depth of luma samples of the current picture, or a bit depth of chroma samples of the current picture, wherein the current picture is an intra random access point, IRAP, picture that starts a new coded video sequence, CVS; means for obtaining at least one of a chroma format of a preceding picture of the current layer that was decoded, a bit depth of luma samples of the preceding picture, or a bit depth of chroma samples of the preceding picture; and means for determining a value of a first flag associated with the current picture, the first flag indicating whether previously decoded pictures in a decoded picture buffer, DPB, should be removed from the DPB without being output, the previously decoded pictures decoded from the one or more layers, characterized in that the determination of the value of the first flag is based on at least one of: the chroma format of the current picture and the chroma format of the preceding picture, the bit depth of the luma samples of the current picture and the bit depth of the luma samples of the preceding picture, or the bit depth of the chroma samples of the current picture and the bit depth of the chroma samples of the preceding picture.