mhurhangee/ep-ind-claims huggingface dataset:
Tool for producing an internal thread in a workpiece pilot hole with a thread external diameter (d A) and a thread core diameter (d K), which tool has a thread form section with which an internal thread profile can be produced in a pilot hole wall, which internal thread profile has the thread external diameter (d A) and a thread internal diameter (d I), wherein the tool has a drill section with which the thread internal diameter (d I) of the internal thread profile can be expanded in a chip processing to the thread core diameter (d K), wherein the drill section of the tool is associated with at least one flute by means of which the chips resulting from the widening of the thread internal diameter (d I) to the thread core diameter (d K) can be removed, wherein the drill section has at least one longitudinal cutting edge with a radially outer longitudinal cutting edge, characterised in that the longitudinal cutting edge extends in the tool axial direction between two cutting corners (29, 31), and in that the longitudinal cutting edge has a radially inwardly bent edge profile, whereby cut surface edges on the generated internal thread can be deburred.
A method of decoding a bitstream of encoded video in a video decoder to reconstruct a block of residuals, the method comprising: entropy decoding a part of the bitstream to reconstruct a block of quantized residual data; determining whether transform skipping is applied for the block of residuals; and if it is determined that transform skipping is applied, further determining that the block of quantized residual data is a permuted block of quantized residual data to which inverse permutation should be applied, and reconstructing the block of residuals by dequantizing and inverse permuting the permuted block of quantized residual data, wherein inverse permuting the permuted block of quantized residual data is not performed if it is determined that transform skipping is not applied; wherein entropy decoding involves using a scan order that starts with the lower right corner of the block of quantized residual data and proceeds towards the upper left corner of the block of quantized residual data; and wherein inverse permuting is performed by rotating the permuted block by 180 degrees. entropy decoding a part of the bitstream to reconstruct a block of quantized residual data; determining whether transform skipping is applied for the block of residuals; and if it is determined that transform skipping is applied, further determining that the block of quantized residual data is a permuted block of quantized residual data to which inverse permutation should be applied, and reconstructing the block of residuals by dequantizing and inverse permuting the permuted block of quantized residual data, wherein inverse permuting the permuted block of quantized residual data is not performed if it is determined that transform skipping is not applied; wherein entropy decoding involves using a scan order that starts with the lower right corner of the block of quantized residual data and proceeds towards the upper left corner of the block of quantized residual data; and wherein inverse permuting is performed by rotating the permuted block by 180 degrees.
Electrochemical cell, comprising - an energy unit having an electrode stack, at least one current arrester (12, 14) connected to the electrode stack and a cover, which at least partially encloses the electrode stack; - at least one frame element, which at least partially accommodates the energy unit; and - at least one pressure relief device (32, 46) for relieving an excess pressure in the energy unit, wherein the cover of the energy unit has a plurality of edge sections at the circumferential narrow sides of the electrochemical cell, wherein the at least one current arrester (12, 14) at least partially projects from the cover in a first edge section and this first edge section of the cover has a substantially fluid-tight first sealing seam (20, 22), and wherein the at least one frame element has, in the region of the first edge section of the cover, at least one first support web (34, 36), which has a maximum distance of approximately 1 mm from the first sealing seam (20, 22) of the cover, and wherein the at least one pressure relief device (32, 46) comprises a weakening of a further substantially fluid-tight sealing seam of the cover or of a further cover section, this further sealing seam or this further cover section being provided in a further edge section of the cover which is different from the at least one first edge section, characterised in that the at least one pressure relief device (32, 46) is located on a narrow side of the electronic cell which is located opposite the first edge section of the cover. - an energy unit having an electrode stack, at least one current arrester (12, 14) connected to the electrode stack and a cover, which at least partially encloses the electrode stack; - at least one frame element, which at least partially accommodates the energy unit; and - at least one pressure relief device (32, 46) for relieving an excess pressure in the energy unit,
A crystalline form of 3-(4-amino-1-oxo-1,3-dihydro-isoindol-2-yl)-piperidine-2,6-dione having an X-ray powder diffraction pattern in accordance with that shown in FIG. 1a-b; and having a TGA pattern as shown in Fig. 3.
A pharmaceutical product comprising: a pill and a device including a top and a bottom, and secured to the pill, wherein the device comprises: a non-conducting skirt that defines a central cavité; a control unit positioned in the cavity defined by the skirt, wherein the control unit includes at least two dissimilar materials positioned on opposite sides of the control unit and electrically connected thereto, wherein the dissimilar material when exposed to a conducting fluid, create a voltage potential for powering the control unit and wherein the control unit, when powered, generates a current signature with information encoded in the current signature; and a securing portion on the bottom of the device for securing the device to the pill. a pill and a device including a top and a bottom, and secured to the pill, wherein the device comprises: a non-conducting skirt that defines a central cavité; a control unit positioned in the cavity defined by the skirt, wherein the control unit includes at least two dissimilar materials positioned on opposite sides of the control unit and electrically connected thereto, wherein the dissimilar material when exposed to a conducting fluid, create a voltage potential for powering the control unit and wherein the control unit, when powered, generates a current signature with information encoded in the current signature; and a securing portion on the bottom of the device for securing the device to the pill. a non-conducting skirt that defines a central cavité; a control unit positioned in the cavity defined by the skirt, wherein the control unit includes at least two dissimilar materials positioned on opposite sides of the control unit and electrically connected thereto, wherein the dissimilar material when exposed to a conducting fluid, create a voltage potential for powering the control unit and wherein the control unit, when powered, generates a current signature with information encoded in the current signature; and a securing portion on the bottom of the device for securing the device to the pill.
A method for controlling a variable speed drive of a power system, the power system comprising the variable-speed drive configured to drive a motor, a first transformer configured to couple to the variable-speed drive and an umbilical cable, wherein the first transformer is configured to increase a first voltage output by the variable-speed drive; and a second transformer configured to couple to the umbilical cable and the motor, wherein the second transformer is configured to decrease a second voltage output by the first transformer, the method comprising, at one or more controllers (14, 72, 74, 88, 90) communicatively coupled to the variable speed drive: determining, via one or more processors, a first magnetizing current component based at least in part on a modeled flux component and a measured flux component of the motor of the power system; determining, via the one or more processors, a second magnetizing current component to compensate for a harmonic order of the power system based on a modeled resonance frequency of the power system; determining, via the one or more processors, a first torque current component based at least in part on a modeled speed component and a measured speed component of the motor of the power system; determining, via the one or more processors, a second torque current component to compensate for the harmonic order of the power system based on the modeled resonance frequency; determining, via the one or more processors, one or more reference voltages based at least in part on the first magnetizing current component, the second magnetizing current component, the first torque current component, and the second torque current component, wherein the one or more reference voltages are configured to specify operation of the variable-speed drive coupled to the motor; and applying, via the one or more processors, the one or more reference voltages to the variable-speed drive. determining, via one or more processors, a first magnetizing current component based at least in part on a modeled flux component and a measured flux component of the motor of the power system; determining, via the one or more processors, a second magnetizing current component to compensate for a harmonic order of the power system based on a modeled resonance frequency of the power system; determining, via the one or more processors, a first torque current component based at least in part on a modeled speed component and a measured speed component of the motor of the power system; determining, via the one or more processors, a second torque current component to compensate for the harmonic order of the power system based on the modeled resonance frequency; determining, via the one or more processors, one or more reference voltages based at least in part on the first magnetizing current component, the second magnetizing current component, the first torque current component, and the second torque current component, wherein the one or more reference voltages are configured to specify operation of the variable-speed drive coupled to the motor; and applying, via the one or more processors, the one or more reference voltages to the variable-speed drive.
Support assembly for a trailer coupling or a load carrier comprising as components a cross-member (20; 120) and at least one holder (11, 13; 111) located on the cross-member (20; 120) for a trailer coupling or for a coupling part of a load carrier, and further, if applicable, comprising side members (30, 31; 130, 131) joined to the cross-member (20; 120) for mounting on the rear end of a body of a vehicle, wherein at least two of the components of the support assembly (10; 110) or at least two of the parts thereof are connected to each other by a plug-and-socket connector, wherein a plug-in projection (40, 41; 140, 141) projecting in front of the one component or the one component part engages with a plug-in receptacle (60, 61; 160, 161) of the other component or the other component part, characterised in that the plug-in projection (40, 41; 140, 141) and the plug-in receptacle (60, 61; 160, 161) have hook contours (47, 67; 147, 167) for hooking the plug-in projection (40, 41; 140, 141) into the plug-in receptacle (60, 61; 160, 161).
Device for regulating the concentration of glucose in the blood of a diabetes patient, said device comprising: measuring means for measuring the concentration of glucose in the blood of the diabetes patient; pump means for selectively either introducing glucagon into the body of the patient or introducing glucose into the bloodstream of the patient, or introducing insulin into the body of the patient, for instance by means of at least one hypodermic needle to be inserted into the body of the patient; control means which are adapted to receive signals from the measuring means which are representative of said concentration, and which are adapted to control the pump means on the basis of at least one reference value for said concentration pre-entered into the control means and a program such that said concentration is regulated; wherein the device is configured such that the measuring means and the pump means are adapted to be in substantially permanent contact with the bodily fluid or the blood of a patient, characterized in that the control means comprise a program which incorporates an adjustable glucagon injection curve represented by a first formula (ml / fall mmol/l / unit of time) and an adjustable insulin injection curve represented by a second formula (ml / rise mmol/l / unit of time) corresponding to an amount of insulin or glucagon respectively introduced into the body of the patient, and the nominal concentration of the glucose in the blood of the patient as a reaction thereto. measuring means for measuring the concentration of glucose in the blood of the diabetes patient; pump means for selectively either introducing glucagon into the body of the patient or introducing glucose into the bloodstream of the patient, or introducing insulin into the body of the patient, for instance by means of at least one hypodermic needle to be inserted into the body of the patient; control means which are adapted to receive signals from the measuring means which are representative of said concentration, and which are adapted to control the pump means on the basis of at least one reference value for said concentration pre-entered into the control means and a program such that said concentration is regulated; wherein the device is configured such that the measuring means and the pump means are adapted to be in substantially permanent contact with the bodily fluid or the blood of a patient, characterized in that the control means comprise a program which incorporates an adjustable glucagon injection curve represented by a first formula (ml / fall mmol/l / unit of time) and an adjustable insulin injection curve represented by a second formula (ml / rise mmol/l / unit of time) corresponding to an amount of insulin or glucagon respectively introduced into the body of the patient, and the nominal concentration of the glucose in the blood of the patient as a reaction thereto.
A non-aerosol foam pump (12, 112) for use in association with an unpressurized liquid container (14, 114) and first and second foaming elements (36,136), the non-aerosol foam pump being arranged for use with soap comprising suspended mechanical scrubbers therein, the non-aerosol foam pump comprising: said first and second foaming elements; a liquid piston pump portion (16, 116) having a liquid chamber (20, 120) with a liquid internal volume and a shuttle liquid piston (22, 122), the liquid chamber being in flow communication with the unpressurized liquid container and in flow communication with the first and second foaming elements; an air pump portion (18, 118) having an air chamber (24, 124) with an air internal volume, the air chamber in flow communication with the first and second foaming elements; and wherein the non-aerosol foam pump has an activation stroke activating the liquid piston pump portion and the air pump portion and a return stroke and during the activation stroke the air internal volume is reduced and during a beginning stage of the activation stroke the liquid internal volume of the liquid chamber remains the same and during a later stage of the activation stroke the liquid internal volume of the liquid chamber is reduced; wherein the first foaming element and the second foaming element each have exit channels that merge into a merged flow channel and into an exit nozzle. said first and second foaming elements; a liquid piston pump portion (16, 116) having a liquid chamber (20, 120) with a liquid internal volume and a shuttle liquid piston (22, 122), the liquid chamber being in flow communication with the unpressurized liquid container and in flow communication with the first and second foaming elements; an air pump portion (18, 118) having an air chamber (24, 124) with an air internal volume, the air chamber in flow communication with the first and second foaming elements; and wherein the non-aerosol foam pump has an activation stroke activating the liquid piston pump portion and the air pump portion and a return stroke and during the activation stroke the air internal volume is reduced and during a beginning stage of the activation stroke the liquid internal volume of the liquid chamber remains the same and during a later stage of the activation stroke the liquid internal volume of the liquid chamber is reduced; wherein the first foaming element and the second foaming element each have exit channels that merge into a merged flow channel and into an exit nozzle.
A cosmetic cleaning and/or care composition having a metrological proven olfactory effect on the psycho-physiological initial situation and containing from 30-70% by weight of at least one surfactant, and/or of a solubilizer as well as from 0.1-20% by weight of at least one essential oil, a mixture of several essential oils and/or individual natural, natural-identical, or synthetic odorous substances, characterized in that the 0.1-20% by weight are a mixture of an essential oil recovered from lemons and melissa in combination with terpenes and terpenoids and Litsea Cubeba oil.
An aqueous composition comprising an active antiperspirant ingredient and disodium EDTA, wherein the active antiperspirant ingredient comprises an aluminum-containing salt, wherein the active antiperspirant ingredient is present in an amount of 0.2 weight % to 0.6 weight % by total weight of the composition on an anhydrous basis, wherein the disodium EDTA is present in the composition in an amount of 0.1 weight % to 0.4 weight % by total weight of the composition, and wherein the pH of the composition is from 2 to 5.
A network device, comprising: a processor; and a memory including instructions, the instructions, when executed by the processor, causing the network device to perform acts, the acts comprising: determining whether an overlapping ratio between a first period and a second period (521, 531) exceeds a first threshold, a first narrowband physical random access channel, NPRACH, resource being available during the first period, a second NPRACH resource being available during the second period (521, 531), the first NPRACH resource being associated with a first coverage level and the second NPRACH resource being associated with a second coverage level that is different from the first coverage level; in response to determining that the overlapping ratio exceeds the first threshold, determining a power estimation of noise based on a first plurality of signals received on the first NPRACH resource and a second plurality of signals received on the second NPRACH resource; and detecting existence of at least one random access preamble on the first NPRACH resource based on the power estimation of noise. a processor; and a memory including instructions, the instructions, when executed by the processor, causing the network device to perform acts, the acts comprising: determining whether an overlapping ratio between a first period and a second period (521, 531) exceeds a first threshold, a first narrowband physical random access channel, NPRACH, resource being available during the first period, a second NPRACH resource being available during the second period (521, 531), the first NPRACH resource being associated with a first coverage level and the second NPRACH resource being associated with a second coverage level that is different from the first coverage level; in response to determining that the overlapping ratio exceeds the first threshold, determining a power estimation of noise based on a first plurality of signals received on the first NPRACH resource and a second plurality of signals received on the second NPRACH resource; and detecting existence of at least one random access preamble on the first NPRACH resource based on the power estimation of noise. determining whether an overlapping ratio between a first period and a second period (521, 531) exceeds a first threshold, a first narrowband physical random access channel, NPRACH, resource being available during the first period, a second NPRACH resource being available during the second period (521, 531), the first NPRACH resource being associated with a first coverage level and the second NPRACH resource being associated with a second coverage level that is different from the first coverage level; in response to determining that the overlapping ratio exceeds the first threshold, determining a power estimation of noise based on a first plurality of signals received on the first NPRACH resource and a second plurality of signals received on the second NPRACH resource; and detecting existence of at least one random access preamble on the first NPRACH resource based on the power estimation of noise.
A method for providing an answer to a first User Equipment, UE, (210, 310) of a calling user in an emergency event taking place in an environment where a second UE (220, 320) of a called user resides, said method being performed by a network node in a core network, the method comprising: - obtaining activity data in relation to the second UE (220, 320) from one or more network nodes associated with the emergency event, wherein the network nodes are serving in a geographical region involved in, or affected by the emergency event, and wherein the activity data is indicative of a communication-related action and/or a location of the second UE (220, 320) after the emergency event occurs; - receiving a failure notification indicating that a call originated from the first UE (210, 310) towards the second UE (220, 320) has failed; - in response to receiving said failure notification, evaluating a status of the called user based on the activity data, wherein said evaluating comprises evaluating whether the called user has survived the emergency event, and wherein it is evaluated that the called user has survived the emergency event when the activity data contains a record indicating that the called user has sent a text or voice message after the emergency event occurs; - generating a message based on the evaluated status of the called user, wherein the message is generated only when the activity data contains a record indicating that the called user has sent a text or voice message after the emergency event occurs; and - transmitting the message to the first UE (210, 310). - obtaining activity data in relation to the second UE (220, 320) from one or more network nodes associated with the emergency event, wherein the network nodes are serving in a geographical region involved in, or affected by the emergency event, and wherein the activity data is indicative of a communication-related action and/or a location of the second UE (220, 320) after the emergency event occurs; - receiving a failure notification indicating that a call originated from the first UE (210, 310) towards the second UE (220, 320) has failed; - in response to receiving said failure notification, evaluating a status of the called user based on the activity data, wherein said evaluating comprises evaluating whether the called user has survived the emergency event, and wherein it is evaluated that the called user has survived the emergency event when the activity data contains a record indicating that the called user has sent a text or voice message after the emergency event occurs; - generating a message based on the evaluated status of the called user, wherein the message is generated only when the activity data contains a record indicating that the called user has sent a text or voice message after the emergency event occurs; and - transmitting the message to the first UE (210, 310).