mhurhangee/patent-ind-claim-en huggingface dataset:
An endoscope having an endoscope head , and an Albarranlever arrangeable at the endoscope head , the Albarranlever comprising a tool guiding surface , wherein at the tool guiding surface a tool guided through a working channel of an endoscope, can be contacted, and a latching device for form-fitting latching at a force transmitting portion of the endoscope head of the endoscope, said force transmitting portion being actuable from the proximal side of the endoscope, and said force transmitting portion transmitting a force to the Albarranlever for tilting (rotating) the Albarranlever , and wherein a latching means of the latching device prevents removing the Albarranlever from the force transmitting portion of the endoscope head , wherein the latching means is formed as a latching lever which is provided at the Albarranlever and is moveable relatively to the Albarranlever , characterized in that the Albarranlever comprises a rotation shaft at the side of the Albarranlever which is opposite to the tool guiding surface , wherein the latching lever is pivotable at the rotation shaft relative to the Albarranlever . a tool guiding surface , wherein at the tool guiding surface a tool guided through a working channel of an endoscope, can be contacted, and a latching device for form-fitting latching at a force transmitting portion of the endoscope head of the endoscope, said force transmitting portion being actuable from the proximal side of the endoscope, and said force transmitting portion transmitting a force to the Albarranlever for tilting (rotating) the Albarranlever , and wherein a latching means of the latching device prevents removing the Albarranlever from the force transmitting portion of the endoscope head , wherein the latching means is formed as a latching lever which is provided at the Albarranlever and is moveable relatively to the Albarranlever , characterized in that the Albarranlever comprises a rotation shaft at the side of the Albarranlever which is opposite to the tool guiding surface , wherein the latching lever is pivotable at the rotation shaft relative to the Albarranlever .
Semi-hollow self-piercing rivet with a rivet head and a rivet shaft having a central shaft bore, both having a common central axis X, characterized in that the rivet shaft has an outer shaft face and an inner shaft face limiting the central shaft bore, the shaft bore has a depth T B and the semi-hollow self-piercing rivet has a total length L N and meeting the following relation: 0.35 ≤ T B L N ≤ 0.65 , preferably 0.4 ≤ T B L N ≤ 0.6 , wherein the total length of the semi-hollow self-piercing rivet L N ≤ 4 mm, the outer shaft face and the inner shaft face in the rivet shaft form a hollow cylindrical section at least over a portion of the rivet shaft.
A composition comprising a therapeutically effective amount of one or more bacteria for use in treating a cancer in a human subject in need thereof, wherein the composition is to be administered to the human subject and the one or more bacteria are selected from the group consisting of Oscillibacter valericigenes, Acetatifactor muris, Alistipes putredinis, Alistipes finegoldii, Clostridium clostridioforme, Lactobacillus animalis, Lactobacillus murinus, Bacteroides massiliensis, Bacteroides sartorii, Muribaculum intestinale, Parasutterella excrementihominis, Clostridium methylpentosum, and Bacteroides rodentium, wherein (i) the human subject is identified as having a mutation in the Neuroblastoma RAS (NRAS) gene and poor responsiveness to treatment with a Mitogen-activated protein kinase (MEK) inhibitor prior to administration of the composition and wherein the composition is to be administered to the human subject in combination with a MEK inhibitor; or (ii) the human subject is identified as having a mutation in the Serine/threonine-protein kinase B-raf (BRAF) gene and poor responsiveness to treatment with a BRAF inhibitor prior to administration of the composition and wherein the composition is to be administered to the human subject in combination with a BRAF inhibitor, wherein the cancer is melanoma. (i) the human subject is identified as having a mutation in the Neuroblastoma RAS (NRAS) gene and poor responsiveness to treatment with a Mitogen-activated protein kinase (MEK) inhibitor prior to administration of the composition and wherein the composition is to be administered to the human subject in combination with a MEK inhibitor; or (ii) the human subject is identified as having a mutation in the Serine/threonine-protein kinase B-raf (BRAF) gene and poor responsiveness to treatment with a BRAF inhibitor prior to administration of the composition and wherein the composition is to be administered to the human subject in combination with a BRAF inhibitor,
A method of controlling a three-phase wind turbine converter for converting a DC voltage into AC voltages, the method comprising detecting a fault, determining a positive sequence fault current (I1f), determining whether the fault is a balanced fault or an unbalanced fault, and if the fault is not a balanced fault, i.e. the fault is a close-in unbalanced fault, controlling the converter to: have an apparent negative sequence impedance (Z2) equal to its apparent positive sequence impedance (Z1), generate a negative sequence current (I2f) equal to the negative of the positive sequence fault current (I1f), and generate a negative sequence voltage (V2) equal to the product of the negative sequence impedance (Z2) and the negative sequence current (I2f). have an apparent negative sequence impedance (Z2) equal to its apparent positive sequence impedance (Z1), generate a negative sequence current (I2f) equal to the negative of the positive sequence fault current (I1f), and generate a negative sequence voltage (V2) equal to the product of the negative sequence impedance (Z2) and the negative sequence current (I2f).
Straightening machine for the straightening of sections, with a plurality of straightening rollers which are arranged to be offset oppositely on either side of a straightening line and which form a straightening path, wherein the straightening rollers are arranged on vertically extending straightening shafts and at least in part are arranged horizontally and/or axially adjustable with respect to a section guided on the straightening path, characterised in that at least some of the straightening shafts are respectively configured to be individually hydraulically adjustable horizontally and/or axially.
A method for detecting foam formation of a filler in a container by means of a radar-based fill-level measuring device which serves for measuring a fill level (L) of the filler in the container , the method comprising the following method steps which are repeated in successive measurement cycles (n): - Emitting a microwave signal (S HF ) in the direction of the filler , - Receiving a receive signal (E HF ) after reflection of the microwave signal (S HF ) inside the container , - Generating an analysis curve (ZF) on the basis of at least the receive signal (E HF ), wherein the analysis curve (ZF) is generated such that a signal strength (A) of the receive signal (E HF ) is reproduced as a function of the measuring distance (d), characterized by : - Detecting the surface area (f n ) within at least one sub-region (s 1 , s 2 , s 3 ) under the analysis curve (ZF n ), wherein a change and/or a dispersion (σ) of the surface area (f n ) is ascertained over proceeding measurement cycles (n), wherein foam formation is detected when the change or the dispersion (σ) exceeds a predefined threshold (A m,lim ). - Emitting a microwave signal (S HF ) in the direction of the filler , - Receiving a receive signal (E HF ) after reflection of the microwave signal (S HF ) inside the container , - Generating an analysis curve (ZF) on the basis of at least the receive signal (E HF ), wherein the analysis curve (ZF) is generated such that a signal strength (A) of the receive signal (E HF ) is reproduced as a function of the measuring distance (d), - Detecting the surface area (f n ) within at least one sub-region (s 1 , s 2 , s 3 ) under the analysis curve (ZF n ), wherein a change and/or a dispersion (σ) of the surface area (f n ) is ascertained over proceeding measurement cycles (n), wherein foam formation is detected when the change or the dispersion (σ) exceeds a predefined threshold (A m,lim ).
Fume extraction device which comprises at least one housing with at least one air extraction opening , and a filter device which comprises at least one filter unit with at least one filter element , characterised in that the at least one filter element comprises a filter body , the distance between opposing outer sides of the filter body varies and at least one cavity is formed in the interior of the filter body , wherein the filter body consists of filter material, the outer sides of the filter body are the upper side and the lower side of the filter body and the upper side forms the inflow side and the lower side the clean air side of the filter body.
Rotor of a turbomachine, which has: - a plurality of rotor blades (21, 22; A, B, C), which each have a blade leading edge and a blade tip , - the rotor blades (21, 22; A, B, C) forming a first group and at least one further group of rotor blades of different construction, - the rotor blades (21; A) of the first group being nominal rotor blades, - the rotor blades (22; B, C) of the at least one further group each having a material cutout in the transition from the blade leading edge to the blade tip , said material cutout not being present in the case of the rotor blades (21; A) of the first group, and - the rotor blades (21, 22; A, B, C) of the first group and of the at least one further group forming a non-periodic sequence in the circumferential direction, wherein, in the case of at least one group of rotor blades (22; B, C) with material cutouts in the profile section, the shape of the leading edge in the region of the material cutout deviates from the shape of the leading edge outside the material cutout, characterized in that the leading edge has an elliptical form in the region of the material cutout and in the region outside the material cutout in the profile section, the ratio of major axis (a) to minor axis (b) being greater in the region of the material cutout than in the region outside the material cutout. - a plurality of rotor blades (21, 22; A, B, C), which each have a blade leading edge and a blade tip , - the rotor blades (21, 22; A, B, C) forming a first group and at least one further group of rotor blades of different construction, - the rotor blades (21; A) of the first group being nominal rotor blades, - the rotor blades (22; B, C) of the at least one further group each having a material cutout in the transition from the blade leading edge to the blade tip , said material cutout not being present in the case of the rotor blades (21; A) of the first group, and - the rotor blades (21, 22; A, B, C) of the first group and of the at least one further group forming a non-periodic sequence in the circumferential direction,
A method of monitoring performance of a thermostat within an engine cooling system, the engine cooling system including a radiator and a coolant pump circulating coolant, the thermostat controlling flow of coolant through the radiator, the method comprising: receiving an engine coolant temperature signal from an engine coolant temperature sensor; supplying the engine coolant temperature signal to an Extended Kalman Filter (EKF), the EKF estimating an estimated engine coolant temperature and an estimated thermostat position; comparing the estimated engine coolant temperature with an actual engine coolant temperature as indicated by the engine coolant temperature signal; wherein when the estimated engine coolant temperature is within a temperature range centered on the actual engine coolant temperature, determining that the thermostat position is appropriate; and when the estimated engine coolant temperature is outside a temperature range centered on the actual engine coolant temperature, determining that the thermostat position is not appropriate; and comparing the estimated thermostat position with what an actual thermostat position should be based on the actual engine coolant temperature, and turning on a warning flag when there is a discrepancy between the estimated thermostat position and the actual thermostat position. receiving an engine coolant temperature signal from an engine coolant temperature sensor; supplying the engine coolant temperature signal to an Extended Kalman Filter (EKF), the EKF estimating an estimated engine coolant temperature and an estimated thermostat position; comparing the estimated engine coolant temperature with an actual engine coolant temperature as indicated by the engine coolant temperature signal; wherein when the estimated engine coolant temperature is within a temperature range centered on the actual engine coolant temperature, determining that the thermostat position is appropriate; and when the estimated engine coolant temperature is outside a temperature range centered on the actual engine coolant temperature, determining that the thermostat position is not appropriate; and comparing the estimated thermostat position with what an actual thermostat position should be based on the actual engine coolant temperature, and turning on a warning flag when there is a discrepancy between the estimated thermostat position and the actual thermostat position.
A tape printing device that is vertically long and is able to be operated by being handheld, comprising: a main key operating portion that is configured with a plurality of groups of keys on a front surface of the tape printing device , wherein, among the plurality of groups of keys, a group of character keys having a higher frequency of operations than a group of cursor and execution keys and a group of function keys is disposed at a position nearer to a gravity center portion in a longitudinal direction of the tape printing device than the group of cursor and execution keys and the group of function keys , and the group of cursor and execution keys and a group of function keys having a lower frequency of operations than the group of character keys is disposed at a position more distant from the gravity center portion in the longitudinal direction of the tape printing device than the group of character keys wherein the tape printing device further comprises a cartridge mounting portion on which a tape cartridge is detachably mounted, characterized in that the tape printing device further comprises an opening/closing lid that opens and closes the cartridge mounting portion ; a displaying portion that is provided in the opening/closing lid ; and a sub-key operating portion that is provided in the opening/closing lid . a main key operating portion that is configured with a plurality of groups of keys on a front surface of the tape printing device , wherein, among the plurality of groups of keys, a group of character keys having a higher frequency of operations than a group of cursor and execution keys and a group of function keys is disposed at a position nearer to a gravity center portion in a longitudinal direction of the tape printing device than the group of cursor and execution keys and the group of function keys , and the group of cursor and execution keys and a group of function keys having a lower frequency of operations than the group of character keys is disposed at a position more distant from the gravity center portion in the longitudinal direction of the tape printing device than the group of character keys wherein the tape printing device further comprises a cartridge mounting portion on which a tape cartridge is detachably mounted, characterized in that the tape printing device further comprises an opening/closing lid that opens and closes the cartridge mounting portion ; a displaying portion that is provided in the opening/closing lid ; and a sub-key operating portion that is provided in the opening/closing lid .
A handheld device for slip processing, comprising: an imaging unit that images an object; a barcode scanner that reads a one-dimensional barcode; a storage unit ; and a processor configured to perform the following: causing the barcode scanner to scan a one-dimensional barcode on a slip to obtain identification information on the slip determining whether the obtaining of the identification information has succeeded; when the obtaining of the identification information has succeeded, causing the imaging unit to image the slip to obtain a slip image; characterized by determining whether the one-dimensional barcode is present within the slip image that has been obtained, when it is determined that the one-dimensional barcode is present, detecting an inclination of the one-dimensional barcode, causing a horizontal correction process to be applied to the slip image in accordance with the inclination that has been detected; and causing the identification information that has been obtained and the slip image that has been corrected to be stored in association with each other in the storage unit . an imaging unit that images an object; a barcode scanner that reads a one-dimensional barcode; a storage unit ; and a processor configured to perform the following: causing the barcode scanner to scan a one-dimensional barcode on a slip to obtain identification information on the slip determining whether the obtaining of the identification information has succeeded; when the obtaining of the identification information has succeeded, causing the imaging unit to image the slip to obtain a slip image; characterized by causing the barcode scanner to scan a one-dimensional barcode on a slip to obtain identification information on the slip determining whether the obtaining of the identification information has succeeded; when the obtaining of the identification information has succeeded, causing the imaging unit to image the slip to obtain a slip image; characterized by determining whether the one-dimensional barcode is present within the slip image that has been obtained, when it is determined that the one-dimensional barcode is present, detecting an inclination of the one-dimensional barcode, causing a horizontal correction process to be applied to the slip image in accordance with the inclination that has been detected; and causing the identification information that has been obtained and the slip image that has been corrected to be stored in association with each other in the storage unit . when it is determined that the one-dimensional barcode is present, detecting an inclination of the one-dimensional barcode, causing a horizontal correction process to be applied to the slip image in accordance with the inclination that has been detected; and causing the identification information that has been obtained and the slip image that has been corrected to be stored in association with each other in the storage unit .
A method of wire electric discharge machining using a wire electric discharge machine which comprises an auxiliary discharge circuit , configured to apply a voltage to an inter-electrode gap between an electrode and a workpiece , thereby inducing electric discharge, and a main discharge circuit configured to supply a machining current, and machines the workpiece by repeating a cycle in which the main discharge circuit is activated and stopped after the auxiliary discharge circuit is activated, the Z method being characterised by comprising: outputting, by an inter-electrode state determination unit, an open, discharge, or short-circuit signal, depending on an inter-electrode state during a predetermined inter-electrode state determination period, after the application of the machining voltage from the auxiliary discharge circuit to the inter-electrode gap is started, wherein a short-circuit machining current is supplied from the main discharge circuit to the inter-electrode gap if the short-circuit signal is output from the inter-electrode state determination unit, no machining current is supplied from the main discharge circuit to the inter-electrode gap if the discharge signal is output from the inter-electrode state determination unit, the application of the machining voltage from the auxiliary discharge circuit to the inter-electrode gap is continued if the open signal is output from the inter-electrode state determination unit, and a normal machining current equal to or higher than the short-circuit machining current is supplied from the main discharge circuit to the inter-electrode gap if electric discharge is generated after the inter-electrode state determination period. outputting, by an inter-electrode state determination unit, an open, discharge, or short-circuit signal, depending on an inter-electrode state during a predetermined inter-electrode state determination period, after the application of the machining voltage from the auxiliary discharge circuit to the inter-electrode gap is started, wherein a short-circuit machining current is supplied from the main discharge circuit to the inter-electrode gap if the short-circuit signal is output from the inter-electrode state determination unit, no machining current is supplied from the main discharge circuit to the inter-electrode gap if the discharge signal is output from the inter-electrode state determination unit, the application of the machining voltage from the auxiliary discharge circuit to the inter-electrode gap is continued if the open signal is output from the inter-electrode state determination unit, and a normal machining current equal to or higher than the short-circuit machining current is supplied from the main discharge circuit to the inter-electrode gap if electric discharge is generated after the inter-electrode state determination period.
Wheel made of fiber composite material, comprising a rim with a rim well and rim flanges, a hub as well as at least three spoke elements of fiber composite material, each spoke element forming at least one spoke between the hub and the rim, and wherein the fiber reinforcement of the spoke elements comprises one or more textile strands or layers of textile strands which run parallel to the longitudinal axis of the spoke elements and are connected in a positive-locking or in a positive-locking and materially secured manner to the inner side of the rim, wherein the textile strands or layers of textile strands of the spoke elements separate in the rim area , following: a. the rim shape in axial direction, or b. in circumferential direction, and wherein the spoke elements in the hub area abut against each other in circumferential direction on abutment surfaces formed for this purpose, characterized in that the spoke elements are supported in the hub area in axial direction between two hub parts facing each other on the axis, wherein the hub parts have pins which engage in a claw-like manner between the spokes . a. the rim shape in axial direction, or b. in circumferential direction,