mhurhangee/patent-ind-claim-en huggingface dataset:
Switching device , comprising closable contacts and an extinguishing chamber which is associated with the contacts and has a first extinguishing area and a second extinguishing area arranged directly adjacent to the first extinguishing area, the first extinguishing area and the second extinguishing area being spatially separated from each other by a partition wall , and the switching device being configured in such a way that a switching arc which is generated when opening the contacts is always blown away from the point where it is generated in one of the two extinguishing areas by means of an arc blowing means of the switching device and is caused to be extinguished, whereas the respective other one of the two extinguishing areas is not used for extinguishing, characterized in that the partition wall between the first extinguishing area and the second extinguishing area has at least one overflow opening which connects the first extinguishing area to the second extinguishing area in such a way that plasma which is generated by the switching arc can flow from the extinguishing area in which the switching arc is caused to be extinguished into the respective other, unused extinguishing area.
An electric machine comprising: a housing ; a non-rotating part within the housing and having a first fluid passage with a first inlet and a first outlet ; a first converging nozzle forming part of the first fluid passage to increase, in use, the velocity of liquid at the first outlet relative to the velocity at the first inlet ; a rotating part within the housing and having a second fluid passage with a second inlet and a second outlet , and the second inlet is aligned with the first outlet ; a diverging nozzle forming part of the second fluid passage to decrease the velocity of liquid passing through the second fluid passage ; a second converging nozzle forming part of the second fluid passage , wherein the second converging nozzle has a third inlet , which has a greater cross-sectional area than the first outlet ; and a non-contact interface located between the first outlet and the second inlet defined at least in part where the non-rotating part is spaced from the rotating part to form at least one axial gap between the first outlet and the second inlet . a housing ; a non-rotating part within the housing and having a first fluid passage with a first inlet and a first outlet ; a first converging nozzle forming part of the first fluid passage to increase, in use, the velocity of liquid at the first outlet relative to the velocity at the first inlet ; a rotating part within the housing and having a second fluid passage with a second inlet and a second outlet , and the second inlet is aligned with the first outlet ; a diverging nozzle forming part of the second fluid passage to decrease the velocity of liquid passing through the second fluid passage ; a second converging nozzle forming part of the second fluid passage , wherein the second converging nozzle has a third inlet , which has a greater cross-sectional area than the first outlet ; and a non-contact interface located between the first outlet and the second inlet defined at least in part where the non-rotating part is spaced from the rotating part to form at least one axial gap between the first outlet and the second inlet .
A method for distinguishing between a healthy condition (HC), esophageal adenocarcinoma (EAC) and Barrett's esophagus (BE) in a subject, the method comprising determining in a sample from the subject the level of a glycospecies of at least one glycoprotein, which glycospecies is differentially expressed between at least two of HC, EAC and BE, and determining a likelihood of the subject having or not having HC, EAC or BE based on whether the respective levels of the individual glycospecies are above or below a corresponding predetermined threshold that correlates with the presence or absence of HC, EAC or BE, wherein the at least one glycoprotein comprises complement C9.
Pressing device for pressing a coating material against panel- or strip-formed workpieces which preferably consist at least partially of wood, wood-based materials, plastic or the like, having: - a pressing roller for pressing the coating material against the workpieces, - a mounting which mounts the pressing roller so as to be rotatable around an axis (A') and - a force regulating device which is designed to control or regulate a force with which the pressing roller presses against the coating material characterised in that the force regulating device has an actuator mounted in the mounting which has a rotatably mounted end piece which mounts the pressing roller eccentrically and rotatably, wherein the actuator is designed to exert a torque on the end piece when actuated, so that the pressing roller exerts a pressing force against the coating material. - a pressing roller for pressing the coating material against the workpieces, - a mounting which mounts the pressing roller so as to be rotatable around an axis (A') and - a force regulating device which is designed to control or regulate a force with which the pressing roller presses against the coating material characterised in that
An implantable device , comprising: a housing having an oblong shape extending along a longitudinal axis (L); and a coil arrangement for communicating with an external device , the coil arrangement comprising a coil winding and a bobbin on which the coil winding is arranged; wherein the coil arrangement is received in the housing such that the coil winding and the bobbin extend along a transverse direction (T) with respect to the longitudinal axis (L), wherein the coil winding is wound on the bobbin about the transverse direction (T) and has an elongated shape along the transverse direction (T) characterized in that : the coil arrangement comprises at least one side face arranged at an end of the bobbin outside of the coil winding and wherein the side face has a lateral extension exceeding the dimension of the bobbin when viewed in a plane perpendicular to the transverse direction (T).
A method of wireless communications, comprising: determining, by a device, a peak to average ratio (PAR) value for a portion of a wireless transmission associated with a first time slot; determining, by the device, a power variation metric for a second time slot, the power variation metric indicating a maximum power variation between an input signal to a power amplifier of the device for the first time slot and an input signal to the power amplifier of the device for the second time slot, and the first time slot preceding the second time slot; selecting, by the device, a bias value for the second time slot based on the PAR value associated with the first time slot and the power variation metric for the second time slot; and causing, by the device, a voltage to be applied to the power amplifier of the device based on the bias value as part of transmitting the portion of the wireless transmission. determining, by a device, a peak to average ratio (PAR) value for a portion of a wireless transmission associated with a first time slot; determining, by the device, a power variation metric for a second time slot, the power variation metric indicating a maximum power variation between an input signal to a power amplifier of the device for the first time slot and an input signal to the power amplifier of the device for the second time slot, and the first time slot preceding the second time slot; the power variation metric indicating a maximum power variation between an input signal to a power amplifier of the device for the first time slot and an input signal to the power amplifier of the device for the second time slot, and the first time slot preceding the second time slot; selecting, by the device, a bias value for the second time slot based on the PAR value associated with the first time slot and the power variation metric for the second time slot; and causing, by the device, a voltage to be applied to the power amplifier of the device based on the bias value as part of transmitting the portion of the wireless transmission.
A fault detection method in a network functions virtualization, NFV, system, comprising: receiving, by a detection agent apparatus, location information of a monitoring point on a service path that is sent by a detection control apparatus, wherein the detection agent apparatus is located in the NFV system; obtaining (S301, S302), by the detection agent apparatus, fault locating information from the monitoring point based on the location information of the monitoring point, wherein the fault locating information is information obtained by the monitoring point according to a filter criterion, and the fault locating information comprises the location information of the monitoring point, and the fault locating information is information that is obtained after the monitoring point filters a packet forwarded along the service path according to the filter criterion; and sending (S306), by the detection agent apparatus, the fault locating information to the detection control apparatus. receiving, by a detection agent apparatus, location information of a monitoring point on a service path that is sent by a detection control apparatus, wherein the detection agent apparatus is located in the NFV system; obtaining (S301, S302), by the detection agent apparatus, fault locating information from the monitoring point based on the location information of the monitoring point, wherein the fault locating information is information obtained by the monitoring point according to a filter criterion, and the fault locating information comprises the location information of the monitoring point, and the fault locating information is information that is obtained after the monitoring point filters a packet forwarded along the service path according to the filter criterion; and sending (S306), by the detection agent apparatus, the fault locating information to the detection control apparatus.
An eccentric core-sheath composite fiber comprising two kinds of polyesters that are ingredient A and ingredient B, the eccentric core-sheath composite fiber having a single-filament fineness of 1.0 dtex or less, determined as described herein, and a fineness unevenness (U%) of 1.5% or less, determined as described herein, wherein, in a cross-section of the composite fiber: the ingredient A is covered entirely by the ingredient B; a ratio S/D of a minimum thickness S of a thickness of the ingredient B, which covers the ingredient A, to a fiber diameter D is from 0.01 to 0.1; a portion where the ingredient B having a thickness up to 1.05 times the minimum thickness S has a peripheral length of at least two-fifths of the entire circumferential length of the fiber; and a fiber cross-section satisfies the following expression 1, wherein IFR is a radius of curvature of an interface between ingredient A and ingredient B in the fiber cross-section and R is a value obtained by dividing the fiber diameter D by 2, IFR / R ≥ 1 the ingredient A is covered entirely by the ingredient B; a ratio S/D of a minimum thickness S of a thickness of the ingredient B, which covers the ingredient A, to a fiber diameter D is from 0.01 to 0.1; a portion where the ingredient B having a thickness up to 1.05 times the minimum thickness S has a peripheral length of at least two-fifths of the entire circumferential length of the fiber; and a fiber cross-section satisfies the following expression 1, wherein IFR is a radius of curvature of an interface between ingredient A and ingredient B in the fiber cross-section and R is a value obtained by dividing the fiber diameter D by 2, IFR / R ≥ 1
Hob having at least one cooking appliance device with at least one heating unit , a control unit and at least one sensor unit , which is provided to determine at least one cooking characteristic (T), wherein the control unit is provided, in at least one operating mode, which is a manual operating mode in which a heating output of a heating zone is requested by an operator, to define a maximum deliverable heating output (P max1 , P max2 ) of the heating unit at least as a function of a value of the cooking characteristic (T), characterised in that the control unit is provided, in at least one operating mode as a function of a value of the cooking characteristic (T), to permit a Boost mode in order to prevent unnecessary activation of the Boost mode.
Combined device which comprises a cooking surface having at least one recess and a fume extractor arranged underneath the cooking surface in order to extract air from the space above the cooking surface via the at least one recess , wherein the fume extractor has a fan with an air inlet opening , the fan is constituted by a radial fan and the fan is arranged in the combined device such that the air inlet opening of the fan faces the cooking surface , in the top view of the cooking surface the air inlet opening of the fan is located at least partially underneath at least one of the at least one recess and the fume extractor and the cooking surface form an assembly unit, wherein the combined device comprises at least one cover for at least one part of the at least one recess and wherein a filter unit is arranged above the fan , wherein the filter unit comprises a filter holder and a filter element , characterised in that at least in one surface direction the cover has a smaller dimension than the recess , whereby at least one gap is formed between the edge of the recess and the edge of the cover , the cover is applied to the upper face of the filter element and the filter element constitutes a hollow body in which the filter surfaces of the filter element extend vertically, the filter holder covers the gap between the cover and the recess , in a vertical top view of the cooking surface and the filter holder has a collection area underneath the filter element for liquid.
A gateway server to facilitate supervision of an online identity, the gateway server comprising: a profile database to store access information to online services of a user of a client computing device , wherein the access information is inaccessible by the user of the client computing device; a policy database to store a set of policy rules that define authorized activity between the client computing device and the online services; an identity manager module to (i) receive a request for access to an online service from the client computing device, (ii) retrieve, in response to the request, access information to the online service from the profile database, wherein to retrieve the access information comprises to retrieve login information usable by the gateway server to login the user of the client computing device with the online service, and (iii) facilitate access to the online service for the client computing device using the access information; and an activity monitor module to control activity between the client computing device and the online service based on the set of policy rules, wherein to control activity between the client computing device and the online service comprises to control the disclosure of identity profile information of the user of the client computing device to the online service based on a profile disclosure policy of the policy database. a profile database to store access information to online services of a user of a client computing device , wherein the access information is inaccessible by the user of the client computing device; a policy database to store a set of policy rules that define authorized activity between the client computing device and the online services; an identity manager module to (i) receive a request for access to an online service from the client computing device, (ii) retrieve, in response to the request, access information to the online service from the profile database, wherein to retrieve the access information comprises to retrieve login information usable by the gateway server to login the user of the client computing device with the online service, and (iii) facilitate access to the online service for the client computing device using the access information; and an activity monitor module to control activity between the client computing device and the online service based on the set of policy rules, wherein to control activity between the client computing device and the online service comprises to control the disclosure of identity profile information of the user of the client computing device to the online service based on a profile disclosure policy of the policy database.
A light bar comprising a circuit board , a plurality of LEDs in a plurality of first regions on the circuit board , and a plurality of light compensation units in a plurality of second regions on the circuit board respectively, wherein the plurality of light compensation units are separated from each other, and each light compensation unit comprises a thermoluminescent material and color complementary quantum dots corresponding to the thermoluminescent material, wherein along a direction of a long side of the circuit board , the plurality of first regions and the plurality of second regions are arranged alternating, one first region alternating with one second region, and wherein each light compensation units is configured to convert heat produced by adjacent LEDs in the first regions to light output.
An injection molding apparatus , comprising: a mold , having a mold cavity ; an injection device , adapted to inject a material (M) into the mold cavity so that the material (M) is formed into a forming article ; a porous structure , disposed on an inner surface (S) of the mold cavity , corresponding to a non-appearance surface of the forming article ; and a gas-driven unit , connected to the mold and adapted to drive a gas to flow into or flow out of the mold cavity through the porous structure , wherein the mold cavity comprises a first forming space and a second forming space , a width (W1) of the first forming space in a thickness direction of the forming article is greater than a width (W2) of the second forming space in the thickness direction of the forming article , and the porous structure corresponds to the first forming space , characterized in that the inner surface (S) of the mold cavity has a concave portion , the first forming space comprises the concave portion , and a convex rib of the forming article is adapted to be formed inside the concave portion . a mold , having a mold cavity ; an injection device , adapted to inject a material (M) into the mold cavity so that the material (M) is formed into a forming article ; a porous structure , disposed on an inner surface (S) of the mold cavity , corresponding to a non-appearance surface of the forming article ; and a gas-driven unit , connected to the mold and adapted to drive a gas to flow into or flow out of the mold cavity through the porous structure , wherein the mold cavity comprises a first forming space and a second forming space , a width (W1) of the first forming space in a thickness direction of the forming article is greater than a width (W2) of the second forming space in the thickness direction of the forming article , and the porous structure corresponds to the first forming space , characterized in that the inner surface (S) of the mold cavity has a concave portion , the first forming space comprises the concave portion , and a convex rib of the forming article is adapted to be formed inside the concave portion .
Hand-held power tool having a tool holder for retaining a tool, an electric motor for driving the tool holder , a shiftable planetary gear , which is mounted in a gear housing between the tool holder and the electric motor , wherein the planetary gear has a sun gear , a planet carrier , a set of planet gears , which are mounted on the planet carrier , a first ring gear and a second ring gear , wherein the planet gears have a first toothing formation , which meshes with the first ring gear and the sun gear and a second toothing formation , which meshes with the second ring gear , a shifting ring , which can be displaced axially in the gear-mechanism housing between a first setting and a second setting, wherein the shifting ring , in the first setting, engages in the second ring gear , wherein the shifting ring is arranged in a rotationally fixed manner in the gear-mechanism housing , a manually actuable actuating element , which, in a first position, forces the shifting ring into the first setting and which, in a second position, forces the shifting ring into the second setting, wherein the first toothing formation has a first diameter and the second toothing formation has a second diameter, wherein the first diameter is greater than the second diameter, characterized in that the shifting ring , in the second setting, engages in the planet carrier , and the first toothing formation and the second toothing formation have the same number of teeth.
A light-emitting device comprising: a first electrode ; a second electrode facing the first electrode ; and an interlayer located between the first electrode and the second electrode and including an emission layer, wherein the emission layer includes a host, a first dopant, and a second dopant, the host, the first dopant, and the second dopant are different from each other, the first dopant is a phosphorescent dopant, a Stokes shift of the second dopant is less than or equal to 15 nm, a spectral overlap integral of an emission spectrum of the first dopant and an absorption spectrum of the second dopant is greater than or equal to 1.5 × 10 15 M -1 cm -1 nm 4 , and the spectral overlap integral is evaluated by Equation 1: J λ = ∫ 0 ∞ ε λ λ 4 F D λ dλ wherein, in Equation 1, J(λ) is the spectral overlap integral of the emission spectrum of the first dopant and the absorption spectrum of the second dopant in units of M -1 cm -1 nm 4 , ε(λ) is a molar extinction coefficient of the second dopant calculated from the absorption spectrum of the second dopant in units of M -1 cm -1 , λ is the wavelength of the emission spectrum and the absorption spectrum in units of nm, and F D (λ) is the normalized emission spectrum of the first dopant, and wherein the emission spectrum of the first dopant is an emission spectrum evaluated at room temperature in a 5 μM toluene solution of the first dopant, and the absorption spectrum of the second dopant is an absorption spectrum evaluated at room temperature in a 5 μM toluene solution of the second dopant. a first electrode ; a second electrode facing the first electrode ; and an interlayer located between the first electrode and the second electrode and including an emission layer, wherein the emission layer includes a host, a first dopant, and a second dopant, the host, the first dopant, and the second dopant are different from each other, the first dopant is a phosphorescent dopant, a Stokes shift of the second dopant is less than or equal to 15 nm, a spectral overlap integral of an emission spectrum of the first dopant and an absorption spectrum of the second dopant is greater than or equal to 1.5 × 10 15 M -1 cm -1 nm 4 , and the spectral overlap integral is evaluated by Equation 1: J λ = ∫ 0 ∞ ε λ λ 4 F D λ dλ wherein, in Equation 1, J(λ) is the spectral overlap integral of the emission spectrum of the first dopant and the absorption spectrum of the second dopant in units of M -1 cm -1 nm 4 , ε(λ) is a molar extinction coefficient of the second dopant calculated from the absorption spectrum of the second dopant in units of M -1 cm -1 , λ is the wavelength of the emission spectrum and the absorption spectrum in units of nm, and F D (λ) is the normalized emission spectrum of the first dopant, and wherein the emission spectrum of the first dopant is an emission spectrum evaluated at room temperature in a 5 μM toluene solution of the first dopant, and the absorption spectrum of the second dopant is an absorption spectrum evaluated at room temperature in a 5 μM toluene solution of the second dopant.