mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a sleeve for a medical instrument, in particular for accessing the human or animal body, for example the eye, preferably as an infusion attachment for an ultrasonic needle that is used to break up and remove tissue, the sleeve comprising a body having a connection region and a probe region that encloses the instrument or the needle as far as the free end thereof at a small distance therefrom such that, in the region between the instrument or the needle and the body, a fluid can be conveyed, the body preferably being produced in one piece from silicone, characterised in that at least the probe region is slightly reinforced, completely or in part, by coating at least at the surface, and in that the sleeve is treated with an adhesion promoter before being coated.
An optical axis controller of an automotive headlamp having an adjuster which adjusts an optical angle of the automotive headlamp, characterized by comprising: a drive torque calculator which calculates a drive torque (T d) applied to drive wheels of a vehicle, a determiner which determines whether the vehicle is in a static running state or in a dynamic running state on the basis of the drive torque (T d), a controller which permits the adjuster to adjust the optical angle if the determiner determines that the vehicle is in the static running state, and does not permit the adjuster to adjust the optical angle if the determiner determines that the vehicle is in the dynamic running state, a resistance torque calculator which calculates a resistance torque (T r) when the vehicle is running on a basis of a wheel speed (V t) of the vehicle, the resistance torque (T r) increasing as the square value of the wheel speed (V t), a pitch-influencing torque calculator which calculates a pitch-influencing torque (T p) obtained by subtracting the resistance torque (T r) from the drive torque (T d), and a roll angle calculator which calculates a roll angle (θ y) when the vehicle is running, wherein the static running state is a state of the vehicle running while keeping its stopping posture in a pitch direction and the dynamic running state is running states other than the static running state, wherein the determiner determines that the vehicle is in the static running state if a value of the pitch-influencing torque (T p) is within a second range and the roll angle (θ y) is within a third range, otherwise the determiner determines that the vehicle is in the dynamic running state, and wherein zero is included within the second range, and wherein zero is also included within the third range. a drive torque calculator which calculates a drive torque (T d) applied to drive wheels of a vehicle, a determiner which determines whether the vehicle is in a static running state or in a dynamic running state on the basis of the drive torque (T d), a controller which permits the adjuster to adjust the optical angle if the determiner determines that the vehicle is in the static running state, and does not permit the adjuster to adjust the optical angle if the determiner determines that the vehicle is in the dynamic running state, a resistance torque calculator which calculates a resistance torque (T r) when the vehicle is running on a basis of a wheel speed (V t) of the vehicle, the resistance torque (T r) increasing as the square value of the wheel speed (V t), a pitch-influencing torque calculator which calculates a pitch-influencing torque (T p) obtained by subtracting the resistance torque (T r) from the drive torque (T d), and a roll angle calculator which calculates a roll angle (θ y) when the vehicle is running,
A food container (20, 100), comprising: an outer sleeve (44, 108) having an outer wall (70, 126) and an inner wall (68, 124) so as to define an insulating space therebetween, the outer sleeve (44, 108) defining an interior space and an opening to access the interior space; a lip of the outer sleeve (44, 108) at the opening to the interior space of the outer sleeve (44, 108); an inner container (42, 114) having an inner body that fits within the interior space of the outer sleeve (44, 108) such that the inner body is removable from the outer sleeve (44, 108), the inner body defining a food containing cavity; a collar on the inner container (42, 114), the collar fitting over the lip of the outer sleeve (44, 108) when the inner body is disposed within the interior space of the outer sleeve (44, 108), the collar defining a portion of an exterior surface of the food container (20, 100); a lid (24, 102) selectively fastenable to the collar in sealing engagement; characterised by at least one handle (28, 106) extending from the collar. an outer sleeve (44, 108) having an outer wall (70, 126) and an inner wall (68, 124) so as to define an insulating space therebetween, the outer sleeve (44, 108) defining an interior space and an opening to access the interior space; a lip of the outer sleeve (44, 108) at the opening to the interior space of the outer sleeve (44, 108); an inner container (42, 114) having an inner body that fits within the interior space of the outer sleeve (44, 108) such that the inner body is removable from the outer sleeve (44, 108), the inner body defining a food containing cavity; a collar on the inner container (42, 114), the collar fitting over the lip of the outer sleeve (44, 108) when the inner body is disposed within the interior space of the outer sleeve (44, 108), the collar defining a portion of an exterior surface of the food container (20, 100); a lid (24, 102) selectively fastenable to the collar in sealing engagement; characterised by at least one handle (28, 106) extending from the collar.
Balancing weight for a combing device of a combing machine, wherein the balancing weight has a length in a longitudinal direction and a transverse direction and is provided with at least two through-openings in the transverse direction for fastening on a surface of a circular comb shaft with a circular comb shaft diameter and at least two through-bores in the transverse direction for clamping with a circular comb, characterized in that the balancing weight is formed in the shape of a ring-shaped circular arc segment with a section angle (α) of 70 to 110 angular degrees for seating on the surface of the circular comb shaft, and that, in the longitudinal direction, a trapezoidal depression with a base surface is provided over the entire length on a side, facing the circular comb shaft, of the balancing weight, wherein the through-openings and the through-bores open into the base surface, and the depression is delimited by oblique surfaces arranged on both sides, seen in the longitudinal direction, which oblique surfaces enclose an opening angle (β) of 45 to 75 angular degrees.
A method for the preparation of effervescent granules, wherein at least one acidic effervescent component and at least one alkaline CO 2 -generating effervescent component as the reactive components are brought to reaction with one another under stirring in a vacuum in an evacuable mixing chamber, wherein, after loading at least the reactive components, the mixing chamber is evacuated to a first vacuum value p 1, and wherein the mixing chamber is evacuated to said first vacuum value p 1 again, optionally repeatedly, once the pressure has increased to a second vacuum value pz as a result of the progressing CO 2 -formation of the effervescent reaction in the mixing chamber, and wherein the effervescent reaction is carried out in a vacuum range p 1 to p 2 of 100 to 900 mbar, and wherein the effervescent reaction is stopped by drying the effervescent granules under vacuum in a `stop'-drying step, wherein during at least the effervescent reaction step(s) the stirring speed in the mixing chamber exhibits a Froude number (Fr) in the range of 0.50 to 8.00, preferably in the range of0.80 to 8.00, more preferably in the range of 0.90 to 8.00. wherein the effervescent reaction is stopped by drying the effervescent granules under vacuum in a `stop'-drying step, wherein during at least the effervescent reaction step(s) the stirring speed in the mixing chamber exhibits a Froude number (Fr) in the range of 0.50 to 8.00, preferably in the range of0.80 to 8.00, more preferably in the range of 0.90 to 8.00.
Shoe insole having a base element and having at least one toe-separating web connected to the base element and projecting from the plane of the base element, characterized in that the at least one toe-separating web is displaceable distally and proximally with respect to the base element.
A golf ball comprising a core, an inner cover positioned outside the core, and an outer cover positioned outside the inner cover, wherein the core comprises a center and an envelope layer positioned outside the center, the center is formed by a rubber composition being crosslinked, the envelope layer is formed by a rubber composition being crosslinked, the rubber composition of the envelope layer includes: (a) a base rubber; (b) a co-crosslinking agent; (c) a crosslinking initiator; a filler; and (d) an acid and/or a salt, wherein the acid and/or salt excludes the co-crosslinking agent (b) and is selected from carboxylic acids, phosphoric acid, hydroacids and salts thereof; the co-crosslinking agent (b) is: an α, β-unsaturated carboxylic acid having 3 to 8 carbon atoms; or a metal salt of an α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms, a JIS-C hardness Ho of the outer cover is greater than a JIS-C hardness Hs at a surface of the core, and the hardness Ho is greater than a JIS-C hardness Hi of the inner cover, wherein the JIS-C hardnesses are measured with a JIS-C hardness scale mounted to an automated rubber hardness measurement machine with the trade name "P1", manufactured by Kobunshi Keiki Co., Ltd.). (a) a base rubber; (b) a co-crosslinking agent; (c) a crosslinking initiator; a filler; and (d) an acid and/or a salt, wherein the acid and/or salt excludes the co-crosslinking agent (b) and is selected from carboxylic acids, phosphoric acid, hydroacids and salts thereof; an α, β-unsaturated carboxylic acid having 3 to 8 carbon atoms; or a metal salt of an α,β-unsaturated carboxylic acid having 3 to 8 carbon atoms,
A temperature sensor comprising • a cell free sensor gel comprising a polymer selected from a charged biopolymer and a synthetic polymer having charge moieties, water at a weight portion of 0.1% or more, and ions at a concentration of 1 pM or more, • a first electrode and a second electrode separated from each other by said sensor gel. • a cell free sensor gel comprising a polymer selected from a charged biopolymer and a synthetic polymer having charge moieties, water at a weight portion of 0.1% or more, and ions at a concentration of 1 pM or more, • a first electrode and a second electrode separated from each other by said sensor gel.
A kit for preparing a snack based on bread and oil or bread and tomato, said kit comprising: (a) a container containing an amount of seasoning selected from a vegetable oil and a tomato sauce; said container being a rigid and reclosable container or a single portion bag; (b) one or more pieces of a bakery product wherein each piece of bakery product is a toasted half-rolls which therefore have a half-ovoid shape, with an upper surface which is essentially flat but slightly concave and wrinkled, and which is 7-11 cm long, 3-6 cm wide, and 1.5-3 cm thick,said upper surface suitable for being spread with the aforesaid seasoning; wherein said components (a) and (b) are contained in an easy-to-open package. (a) a container containing an amount of seasoning selected from a vegetable oil and a tomato sauce; said container being a rigid and reclosable container or a single portion bag; (b) one or more pieces of a bakery product wherein each piece of bakery product is a toasted half-rolls which therefore have a half-ovoid shape, with an upper surface which is essentially flat but slightly concave and wrinkled, and which is 7-11 cm long, 3-6 cm wide, and 1.5-3 cm thick,said upper surface suitable for being spread with the aforesaid seasoning;
A protein having the following physicochemical characteristics: effect: oxidizing a saccharide to a saccharic acid; substrate specificity: acting on glucose, maltotriose, maltose, galactose, maltotetraose, lactose, and cellobiose; and, [Km value of glucose]/[Km value of maltose] ≤ 1, or, molecular weight: about 63 kDa (measurement by SDS-PAGE method) wherein the protein consists of an amino acid sequence having a sequence identity of 70% or more with the amino acid sequence represented by SEQ.ID.NO:10 and wherein the Km values are calculated by the method indicated in Example 8. effect: oxidizing a saccharide to a saccharic acid; substrate specificity: acting on glucose, maltotriose, maltose, galactose, maltotetraose, lactose, and cellobiose; and, [Km value of glucose]/[Km value of maltose] ≤ 1, or, molecular weight: about 63 kDa (measurement by SDS-PAGE method)
Electric machine comprising: - a stator, - a rotor, which is arranged on an axis of rotation, and - a first fan, which extends on a portion of the axis of rotation in a radial direction and delivers a coolant flow into the electric machine during operation, characterized in that a fan directing element cooperates with the first fan and deflects at least one proportion of the coolant flow, wherein the fan directing element projects behind the first fan in the radial direction at least over a portion, characterized in that the fan directing element is adjustable, such that the at least one proportion of the coolant flow can be varied, wherein the at least one variable proportion of the coolant flow can be adapted to an operating state of the electric machine. - a stator, - a rotor, which is arranged on an axis of rotation, and - a first fan, which extends on a portion of the axis of rotation in a radial direction and delivers a coolant flow into the electric machine during operation, characterized in that a fan directing element cooperates with the first fan and deflects at least one proportion of the coolant flow, wherein the fan directing element projects behind the first fan in the radial direction at least over a portion, characterized in that the fan directing element is adjustable, such that the at least one proportion of the coolant flow can be varied, wherein the at least one variable proportion of the coolant flow can be adapted to an operating state of the electric machine.
A virtual reality system for simulating a robotic surgical environment, the system comprising: a processor configured to generate a virtual robotic surgical environment comprising at least one virtual robotic arm and at least one virtual manual laparoscopic tool; a first handheld device communicatively coupled to the processor for manipulating the at least one virtual robotic arm in the virtual robotic surgical environment; and a second handheld device comprising a handheld portion and a tool feature that is removable and attachable from the handheld portion and is representative of at least a portion of a manual laparoscopic tool, wherein the second handheld device is communicatively coupled to the processor for manipulating the at least one virtual manual laparoscopic tool in the virtual robotic surgical environment and the second handheld device is communicatively coupled to the processor for manipulating a second robotic arm or robotically-controlled tool when the tool feature is removed from the handheld portion of the second handheld device. a processor configured to generate a virtual robotic surgical environment comprising at least one virtual robotic arm and at least one virtual manual laparoscopic tool; a first handheld device communicatively coupled to the processor for manipulating the at least one virtual robotic arm in the virtual robotic surgical environment; and a second handheld device comprising a handheld portion and a tool feature that is removable and attachable from the handheld portion and is representative of at least a portion of a manual laparoscopic tool, wherein the second handheld device is communicatively coupled to the processor for manipulating the at least one virtual manual laparoscopic tool in the virtual robotic surgical environment and the second handheld device is communicatively coupled to the processor for manipulating a second robotic arm or robotically-controlled tool when the tool feature is removed from the handheld portion of the second handheld device.
Cartridge for a fluid treatment system, the cartridge including a housing encapsulating matter without a fixed shape as a collective, which matter includes at least one fluid treatment medium, the housing including fluid-pervious sections allowing fluid to pass through the housing to contact the fluid treatment medium, wherein at least one section of the housing is formed by at least one membrane, at least one fluid-pervious section of the housing includes at least a fluid-pervious component provided at an axial end of the housing, and at least an axially adjoining section of the housing, closed on itself around the axis, is formed only by at least one membrane, characterised in that the at least one fluid-pervious section of the housing that includes at least the fluid-pervious component forms a downstream end of the cartridge, and in that the fluid-pervious component includes a self-supporting porous body stiff enough to support the remainder of the cartridge. the cartridge including a housing encapsulating matter without a fixed shape as a collective, which matter includes at least one fluid treatment medium, the housing including fluid-pervious sections allowing fluid to pass through the housing to contact the fluid treatment medium, wherein at least one section of the housing is formed by at least one membrane, at least one fluid-pervious section of the housing includes at least a fluid-pervious component provided at an axial end of the housing, and at least an axially adjoining section of the housing, closed on itself around the axis, is formed only by at least one membrane, characterised in that the at least one fluid-pervious section of the housing that includes at least the fluid-pervious component forms a downstream end of the cartridge, and in that the fluid-pervious component includes a self-supporting porous body stiff enough to support the remainder of the cartridge.
A garment, comprising: a garment cloth that covers at least a portion of a body of a wearer; an opening (15,18) formed in the garment cloth; a mount hole in which a ventilator is mounted; and an air outlet (15,141) that discharges air introduced by the ventilator mounted in the mount hole, characterized by an absorber which is disposed around the opening (15,18) on an inner side of the garment and which is more absorbent than the garment cloth. a garment cloth that covers at least a portion of a body of a wearer; an opening (15,18) formed in the garment cloth; a mount hole in which a ventilator is mounted; and an air outlet (15,141) that discharges air introduced by the ventilator mounted in the mount hole, characterized by an absorber which is disposed around the opening (15,18) on an inner side of the garment and which is more absorbent than the garment cloth.
A system configured to customize a profile of a subscriber having access to a service platform, the system comprising: a customization module configured to receive a customization message sent to the system, the customization message including subscriber profile data and a subscriber identifier that corresponds to the subscriber, the customization module being further configured to store an indication of a pending subscriber customization request for the corresponding subscriber; and a subscriber service manager configured to: receive a request to access the service platform and, if a subscriber profile customization request for the subscriber is pending, responsive to the subscriber accessing the system, request authorization from the subscriber to register the subscriber profile data specified in the customization message and to register the subscriber profile data in response to receipt of such authorization (524, 526). a customization module configured to receive a customization message sent to the system, the customization message including subscriber profile data and a subscriber identifier that corresponds to the subscriber, the customization module being further configured to store an indication of a pending subscriber customization request for the corresponding subscriber; and a subscriber service manager configured to: receive a request to access the service platform and, if a subscriber profile customization request for the subscriber is pending, responsive to the subscriber accessing the system, request authorization from the subscriber to register the subscriber profile data specified in the customization message and to register the subscriber profile data in response to receipt of such authorization (524, 526). receive a request to access the service platform and, if a subscriber profile customization request for the subscriber is pending, responsive to the subscriber accessing the system, request authorization from the subscriber to register the subscriber profile data specified in the customization message and to register the subscriber profile data in response to receipt of such authorization (524, 526).
A method of decoding an audio signal, comprising; receiving a bitstream representing an audio signal, the bitstream having a frame; determining a number of time slots and a number of parameter sets from the bitstream, the parameter sets including one or more parameters; determining a frame type from the bitstream, the frame type indicating whether an interval of a time slot to which a corresponding parameter set is applied is equidistant or variable distant; if the frame type indicates that the interval of the time slot is variable distant: - determining position information from the bitstream, the position information indicating a position of a time slot to which the corresponding parameter set is applied, where an ordered set of time slots is included in the frame, and - decoding the audio signal based on the number of time slots, the number of parameter sets and the position information, wherein the position information is represented by a variable number of bits i) based on the time slot position and ii) being determined using the number of time slots. - determining position information from the bitstream, the position information indicating a position of a time slot to which the corresponding parameter set is applied, where an ordered set of time slots is included in the frame, and - decoding the audio signal based on the number of time slots, the number of parameter sets and the position information,
Method for laser cutting a workpiece, at least a portion of the workpiece being melted and/or vaporised by means of a laser beam and a cutting front being formed on the workpiece by the addition of a relative movement between the laser beam and the workpiece, characterised in that the laser beam is formed by at least two radially polarised part-beams (72a, 72b) which are offset relative to each other in the advance direction (v) of the laser beam, or in that the laser beam is formed by a plurality of beam strips (103 1 -103 7) which extend in the advance direction (v) of the laser beam, each having different linear polarisation directions (104 1 -104 7), with, starting from the laser beam longitudinal centre plane which extends in the advance direction (v), the angles (ß) which are formed in each case between the linear polarisation directions (104 1 -104 7) and the laser beam longitudinal centre plane increasing towards the outer beam strips.