mhurhangee/ep-ind-claims huggingface dataset:
An incubation system, comprising in combination: a) a base having a machine generating a supply of cold air, b) an incubator placed on the base, the incubator having an exterior and an interior and one or more access features on the exterior providing access to the interior of the incubator, the incubator having a heating system for maintaining the temperature of the interior of the incubator at a nominal incubation temperature; and c) an enclosure external from and substantially enveloping the incubator to define a space between the exterior of the incubator and the enclosure, wherein the space is arranged to receive cold air from the machine generating the supply of cold air and provide an environment for cold air to circulate about the exterior of the incubator in a closed loop from the base, to the space between the enclosure and the incubator, and back to the base, wherein the enclosure further includes a void exposing the one or more access features on the exterior of the incubator wherein a user may directly access contents stored in the incubator while the incubator is substantially enveloped by the enclosure, and wherein the heating system, the machine generating the supply of cold air and the space between the enclosure and the incubator for circulating the cold air are operable to maintain the interior of the incubator at a nominal incubation temperature of between 20 and 25 °C. a) a base having a machine generating a supply of cold air, b) an incubator placed on the base, the incubator having an exterior and an interior and one or more access features on the exterior providing access to the interior of the incubator, the incubator having a heating system for maintaining the temperature of the interior of the incubator at a nominal incubation temperature; and c) an enclosure external from and substantially enveloping the incubator to define a space between the exterior of the incubator and the enclosure,
A process for manufacturing a timepiece component, wherein a part forming a blank of the timepiece component is produced from a micromachinable material, said part comprising at least one surface having an initial roughness, characterized in that ir comprises the steps of: • providing a substrate of said micromachinable material; • at least partially covering (E1-E2) the substrate with a protective coating containing at least one aperture; • etching the substrate through the aperture in the protective coating and thus obtaining an etched surface; • and in that it comprises a step of of mechanically strengthening treatment of the part by an isotropic etching fluid intended to decrease the roughness of said surface, the mechanically strengthening treatment being applied to said etched surface through the aperture in the protective coating; and in that it comprises then a step consisting of removing the protective coating. • providing a substrate of said micromachinable material; • at least partially covering (E1-E2) the substrate with a protective coating containing at least one aperture; • etching the substrate through the aperture in the protective coating and thus obtaining an etched surface; • and in that it comprises a step of of mechanically strengthening treatment of the part by an isotropic etching fluid intended to decrease the roughness of said surface, the mechanically strengthening treatment being applied to said etched surface through the aperture in the protective coating; and in that it comprises then a step consisting of removing the protective coating.
Robot to tighten a series of nuts pre-screwed on bolts arranged in a linear or in a particular curved flange connection, which bolts project from the nuts pre-screwed in substantially a nut plane by a projection length, which robot comprises a drive to move the robot along the curved flange connection and a tool to tighten the nuts with a predefined torque both connected to a support platform, characterized in that the tool is built to screw a tension nut onto the bolt to elongate the bolt and to tighten the pre-screwed nut with the predefined torque with a tightening wheel, which robot comprises positioning means to substantially align the axis of the tension nut with the axis of the bolt by lowering the tool onto the bolt in order to screw the tension nut onto the bolt.
A feed apparatus with at least two rotatable feed rollers (3, 5) for feeding sheet material, in particular banknotes, wherein the feed rollers (3, 5) with meshing roller profiles (25, 27) respectively extending transversely to the feed direction (z) are mutually arranged such that they define a feed gap for the sheet material, characterized in that the feed rollers (3, 5) have axial cross-sectional profiles (13, 15) which are so mutually coordinated that a gap dimension (s) of the feed gap changes periodically during a rotation of the feed rollers (3, 5).
An injection molding machine comprising: a mold clamping unit that performs mold closing, mold clamping, and mold opening of a mold unit; an injection unit that fills the interior of the mold unit with a molding material; and a frame that supports at least one of the mold clamping unit and the injection unit, wherein the frame has a beam and a reinforcing member joined to the beam, and wherein the frame comprises a lower horizontal beam and an upper horizontal beam (511, 521) and multiple vertical beams (513, 523) and wherein the reinforcing member is joined to a vertical beam of the frame, characterized in that the vertical beams (513, 523) are formed in an H shape in a crosswise sectional view of the vertical beam (513, 523), whereby each vertical beam (513, 523) has two parallel parts (513a, 513b) and a perpendicular part that connects the two parallel parts (513a, 513b), and wherein the reinforcing member is joined to the two parallel parts (513a, 513b) and is made parallel to the perpendicular part. a mold clamping unit that performs mold closing, mold clamping, and mold opening of a mold unit; an injection unit that fills the interior of the mold unit with a molding material; and a frame that supports at least one of the mold clamping unit and the injection unit, wherein the frame has a beam and a reinforcing member joined to the beam, and wherein the frame comprises a lower horizontal beam and an upper horizontal beam (511, 521) and multiple vertical beams (513, 523) and wherein the reinforcing member is joined to a vertical beam of the frame, characterized in that the vertical beams (513, 523) are formed in an H shape in a crosswise sectional view of the vertical beam (513, 523), whereby each vertical beam (513, 523) has two parallel parts (513a, 513b) and a perpendicular part that connects the two parallel parts (513a, 513b), and wherein the reinforcing member is joined to the two parallel parts (513a, 513b) and is made parallel to the perpendicular part.
A multiphase loop reactor having an inner cylinder and an outer cylinder of different diameters arranged to form a cylinder annular gap therebetween, wherein the inner cylinder and the cylinder annular gap acts as an upcomer and the other correspondingly acts as a downcomer, so that a continuous phase can perform a loop flow, wherein a first inlet for a first disperse phase and a second inlet for a second disperse phase are arranged in such a way that the first and the second disperse phase can be dispersed spatially separated from each other into the continuous phase, wherein one of the first or second disperse phases (101, 102) can drive the loop flow and the other of the first and second disperse phases (101, 102) can form a counterflow to the loop flow and in that a separating device is provided opposite the inlets (5, 6) in the upper region of the multiphase loop reactor, which prevents the first and second disperse phases (101, 102) from mixing, characterized in that the region formed by the upcomer is separated from the region formed by the downcomer and only one of the disperse phases is present in each of these regions, the cross-sectional area Au of the upcomer is related to the cross-sectional area A D of the downcomer as follows: 1 2 ≤ A U A D ≤ 2 1, the first inlet and the second inlet are arranged in a lower region of the upcomer and the downcomer, respectively, and the separating device comprises at least one collecting device for the first and/or second disperse phase or its reaction products, wherein for preventing the entrainment of the second disperse phase into an inner region of the inner cylinder by the loop flow, the collecting device is arranged inserted into the inner cylinder or the inner cylinder is arranged inserted into the collecting device. wherein the inner cylinder and the cylinder annular gap acts as an upcomer and the other correspondingly acts as a downcomer, so that a continuous phase can perform a loop flow, wherein a first inlet for a first disperse phase and a second inlet for a second disperse phase are arranged in such a way that the first and the second disperse phase can be dispersed spatially separated from each other into the continuous phase, wherein one of the first or second disperse phases (101, 102) can drive the loop flow and the other of the first and second disperse phases (101, 102) can form a counterflow to the loop flow and in that a separating device is provided opposite the inlets (5, 6) in the upper region of the multiphase loop reactor, which prevents the first and second disperse phases (101, 102) from mixing, the region formed by the upcomer is separated from the region formed by the downcomer and only one of the disperse phases is present in each of these regions, the cross-sectional area Au of the upcomer is related to the cross-sectional area A D of the downcomer as follows: 1 2 ≤ A U A D ≤ 2 1, the first inlet and the second inlet are arranged in a lower region of the upcomer and the downcomer, respectively, and
A multilayer imaging blanket for a variable data lithography printing system, comprising: a multilayer base having a lower contacting surface configured to wrap around or to be mounted on a cylinder core of the variable data lithography printing system; and a platinum catalyzed fluorosilicone surface layer opposite the lower contacting surface; wherein the multilayer base is a carcass including less than 0.3% sulfur and comprising: a top layer comprising an ethylene propylene diene monomer (EPDM) rubber substrate, a bottom layer comprising the lower contacting surface; and a compressible layer disposed between the top layer and the bottom layer, the compressible layer being attached to a surface of the top layer opposite the platinum catalyzed fluorosilicone surface layer and a surface of the bottom layer opposite the lower contacting surface, characterized in that the fluorosilicone surface layer adheres to the surface of the sulfur-free rubber substrate of the top layer in the absence of a primer layer. a multilayer base having a lower contacting surface configured to wrap around or to be mounted on a cylinder core of the variable data lithography printing system; and a platinum catalyzed fluorosilicone surface layer opposite the lower contacting surface; wherein the multilayer base is a carcass including less than 0.3% sulfur and comprising: a top layer comprising an ethylene propylene diene monomer (EPDM) rubber substrate, a bottom layer comprising the lower contacting surface; and a compressible layer disposed between the top layer and the bottom layer, the compressible layer being attached to a surface of the top layer opposite the platinum catalyzed fluorosilicone surface layer and a surface of the bottom layer opposite the lower contacting surface, a top layer comprising an ethylene propylene diene monomer (EPDM) rubber substrate, a bottom layer comprising the lower contacting surface; and a compressible layer disposed between the top layer and the bottom layer, the compressible layer being attached to a surface of the top layer opposite the platinum catalyzed fluorosilicone surface layer and a surface of the bottom layer opposite the lower contacting surface, characterized in that the fluorosilicone surface layer adheres to the surface of the sulfur-free rubber substrate of the top layer in the absence of a primer layer.
Coupling, in particular for a rail vehicle, with a coupling head which has a housing, which in turn has on its front side an impact surface for a flat-surface contact with an impact surface of another coupling head which is to be coupled, and arranged on the rear side of which is a connection flange, by means of which securing can take place with a drawbar or similar element of a coupling device, wherein, mounted in the interior of the housing is a pivoting locking piece, capable of pivoting about a perpendicular axis in relation to the base wall of the housing, out of a starting position into a working position and vice-versa, integrated in which is a locking and unlocking mechanism, assigned to which is an unlocking element for uncoupling, actuated by control means, which can be moved during coupling by the locking piece, pivoted by the other coupling head, into a first position, and can be moved by an actuated drive movement into a second position in which it causes the unlocking and, following that, the uncoupling of the locking piece, wherein a main air line with a sustained operating pressure for the brakes and/or a main container air line for the compressed air supply of the rail vehicles are guided through the coupling head, wherein this unlocking element assigned to the locking or unlocking mechanism can be connected to the main air line and/or to the main container air line, and, by the compressed air in these lines, an unlocking of this locking or unlocking mechanism takes place, and therefore the uncoupling of the coupling, characterized in that the unlocking element is operationally connected in a jointed manner, by means of a raising linkage (43, 44) arranged in the housing, a cam lever and a roller lever, to the locking piece, such that this unlocking element can release and unlock the locking piece.
A washing machine comprising: a cabinet including an entrance which is formed in a front surface of the cabinet such that laundry is input into or output from the entrance; a tub mounted inside the cabinet; a drum received in the tub and rotatably provided; a motor to provide driving force to rotate the drum; and a vibration sensor to sense vibration of the tub, characterized in that: the vibration sensor is mounted at a rear end side defined by a rear surface of the tub, on which the motor is positioned, and a portion of a side surface extending forward along a circumference of the rear surface. a cabinet including an entrance which is formed in a front surface of the cabinet such that laundry is input into or output from the entrance; a tub mounted inside the cabinet; a drum received in the tub and rotatably provided; a motor to provide driving force to rotate the drum; and a vibration sensor to sense vibration of the tub, characterized in that: the vibration sensor is mounted at a rear end side defined by a rear surface of the tub, on which the motor is positioned, and a portion of a side surface extending forward along a circumference of the rear surface.
A call identifying method, comprising: receiving an Invite message sent by an IP multimedia subsystem IMS network element, wherein the Invite message carries called terminal identifying information which identifies a terminal to be called; when a called terminal identified by the called terminal identifying information is a circuit switched CS network user, generating a CS call reference CR parameter or global call reference GCR parameter, so as to comprise the CR parameter or the GCR parameter in an initial address message IAM to be sent to a CS network element; and generating a CS call reference header field according to the CR parameter or the GCR parameter, and sending a response message to the IMS network element, wherein the response message carries the CS call reference header field that is used to identify a call corresponding to the Invite message. receiving an Invite message sent by an IP multimedia subsystem IMS network element, wherein the Invite message carries called terminal identifying information which identifies a terminal to be called; when a called terminal identified by the called terminal identifying information is a circuit switched CS network user, generating a CS call reference CR parameter or global call reference GCR parameter, so as to comprise the CR parameter or the GCR parameter in an initial address message IAM to be sent to a CS network element; and generating a CS call reference header field according to the CR parameter or the GCR parameter, and sending a response message to the IMS network element, wherein the response message carries the CS call reference header field that is used to identify a call corresponding to the Invite message.
A ski boot dynamic support strap, comprising: a band configured to be connected to a ski boot; and a restraint element configured to be connected to the band, the restraint element comprising: a wall having an upper edge; and a lip that is connected to the upper edge of the wall and extends away from the wall, the lip and the wall collectively comprising an engagement portion that includes an undercut area, and the engagement portion is sized and configured to accommodate a portion of an upper edge of a tongue of a ski boot liner in the undercut area; characterized in that it comprises: a first downwardly extending wing connected to the wall on a first side of the restraint element; and a second downwardly extending wing connected to the wall on a second side of the restraint element. a band configured to be connected to a ski boot; and a restraint element configured to be connected to the band, the restraint element comprising: a wall having an upper edge; and a lip that is connected to the upper edge of the wall and extends away from the wall, the lip and the wall collectively comprising an engagement portion that includes an undercut area, and the engagement portion is sized and configured to accommodate a portion of an upper edge of a tongue of a ski boot liner in the undercut area; characterized in that it comprises: a first downwardly extending wing connected to the wall on a first side of the restraint element; and a second downwardly extending wing connected to the wall on a second side of the restraint element. a wall having an upper edge; and a lip that is connected to the upper edge of the wall and extends away from the wall, the lip and the wall collectively comprising an engagement portion that includes an undercut area, and the engagement portion is sized and configured to accommodate a portion of an upper edge of a tongue of a ski boot liner in the undercut area; characterized in that it comprises: a first downwardly extending wing connected to the wall on a first side of the restraint element; and a second downwardly extending wing connected to the wall on a second side of the restraint element. a first downwardly extending wing connected to the wall on a first side of the restraint element; and a second downwardly extending wing connected to the wall on a second side of the restraint element.
An in vitro method of identifying a population of apoptosis inducing cytolytic CD4+ T-cells, said method comprising the steps of: - providing CD4+ regulatory T-cells suspected of being cytolytic, and - determining that said T-cells display undetectable expression of the transcription repressor Foxp3 and display, compared to isolated natural CD4+ regulatory T-cells, an increased activity of the serine-threonine kinase AKT. - providing CD4+ regulatory T-cells suspected of being cytolytic, and - determining that said T-cells display undetectable expression of the transcription repressor Foxp3 and display, compared to isolated natural CD4+ regulatory T-cells, an increased activity of the serine-threonine kinase AKT.
A method for preventing freezing in a water tank of a heat pump water heater, comprising: detecting a current water temperature T of water in a lower part of the water tank, and judging whether the current water temperature T is lower than a preset minimum temperature T min for the water tank; judging whether a cooling rate Td of the current water temperature T is greater than or equal to a preset rate ΔT, and/or judging whether the current water temperature T satisfies T<Tmin-a and whether T<Tmin-a stands for a first time period t1, in which a is a limit value of a temperature difference, when the current water temperature T is lower than the preset minimum temperature T min for the water tank; and controlling a heat pump system in the heat pump water heater to stop and starting an electric auxiliary heating system, when the cooling rate Td of the current water temperature T is greater than or equal to a preset rate ΔT, and/or the current water temperature T satisfies T<T min -a and T<T min -a stands for a first time period t1. detecting a current water temperature T of water in a lower part of the water tank, and judging whether the current water temperature T is lower than a preset minimum temperature T min for the water tank; judging whether a cooling rate Td of the current water temperature T is greater than or equal to a preset rate ΔT, and/or judging whether the current water temperature T satisfies T<Tmin-a and whether T<Tmin-a stands for a first time period t1, in which a is a limit value of a temperature difference, when the current water temperature T is lower than the preset minimum temperature T min for the water tank; and controlling a heat pump system in the heat pump water heater to stop and starting an electric auxiliary heating system, when the cooling rate Td of the current water temperature T is greater than or equal to a preset rate ΔT, and/or the current water temperature T satisfies T<T min -a and T<T min -a stands for a first time period t1.
A one-piece conduit mount for a vibrating fluid sensor assembly, comprising: an inlet port; an outlet port; a conduit support base extending from the inlet port to the outlet port; and characterized by: first and second support blocks (211, 212) configured to support a fluid conduit extending from the conduit support base, wherein the first and second support blocks (211, 212) are tapered and comprise a first thickness, t 1 on an end facing a corresponding port and comprise a second thickness, t 2 on an end facing the other support block, wherein t 2 is less than t 1. an inlet port; an outlet port; a conduit support base extending from the inlet port to the outlet port; and characterized by: first and second support blocks (211, 212) configured to support a fluid conduit extending from the conduit support base, wherein the first and second support blocks (211, 212) are tapered and comprise a first thickness, t 1 on an end facing a corresponding port and comprise a second thickness, t 2 on an end facing the other support block, wherein t 2 is less than t 1.
Column element for a device for the vertical cultivation of plants which are nourished by wetting the roots with an aqueous nutrient solution, wherein • the column element is of modular construction and • in the walls of the column element a plurality of plant openings are provided in which plants can be positioned so that their roots grow into the interior of the column element, wherein the modular construction of the column element comprises a lid part, a base part and at least one wall ring between the lid part and the base part, characterised in that the wall ring is composed of a plurality of ring segments (1, 1') in which the plant openings are provided, in that the lid part is arranged endsidedly on the uppermost wall ring and the base part is arranged endsidedly on the bottommost wall ring, and in that the structure of the column element is fixed and stabilised by means of clamping elements which are clamped on the outer side of the column element between the lid part and the base part. • the column element is of modular construction and • in the walls of the column element a plurality of plant openings are provided in which plants can be positioned so that their roots grow into the interior of the column element,