mhurhangee/patent-ind-claim-en huggingface dataset:
An observation instrument that is arranged as a resectoscope, the instrument comprising a hollow shaft , which has a center plane and in the distal end region of which there is arranged an opto-electronic image pick-up system , which comprises a distal deflection prism on the image entrance side, whose deflection surfaces guide an image into an optical lens system , which images the image onto an asymmetrical image sensor that is arranged proximally of the lens system on the image plane thereof, and comprising two lateral rods which are connected to one another via a resectoscope loop , wherein the image sensor comprises an asymmetrical active region , which lies asymmetrically with respect to the outer contour of the image sensor , wherein the image sensor is arranged tilted with respect to the shaft axis , wherein a proximal deflection prism is arranged between the proximal end of the lens system and the image sensor , which deflects the image emerging from the optical lens system onto the tilted image sensor , and wherein the main beam is guided centrally centered along a longitudinal axis of the lens system , wherein a first plane is spanned by the main beam and a first orthogonal on the image plane of the image sensor , and a second plane is spanned by the main beam and a second orthogonal on the deflection surfaces of the distal deflection prism , wherein the first plane and the second plane are rotated relative to one another about the main beam in such a way that a viewing cone can be generated, which is symmetrical to the center plane of the hollow shaft , and whose image area lies fully in the active region of the image sensor , so that viewing points of the viewing cone are at the same axial height as the rods , and wherein the main beam is displaced with respect to a shaft axis of the hollow shaft .
A gear box assembly comprising: an outer housing; a gear box shaft at least partially disposed in the outer housing, the gear box shaft comprising: an interior region having two volumes defined therein, the two volumes including a reservoir volume and a spline volume , the reservoir volume defined by a reservoir torus formed by a lubricant during rotation of the gear box shaft and having a height (Rh) and the spline volume defined by a spline torus formed by a lubricant during rotation of the gear box shaft and having a height (Sh); and a reservoir dam that extends inwardly into the interior region separating the reservoir volume and the spline volume , the reservoir dam having a vent hole formed therein that passes through it such that a surface of the dam is in fluid communication with a region defined by the outer housing and outside of the gear box shaft, and characterized by the reservoir dam having a height on a first side equal to Rh and on a second side equal to Sh, wherein the height on the first side is greater than the height on the second side. an outer housing; a gear box shaft at least partially disposed in the outer housing, the gear box shaft comprising: an interior region having two volumes defined therein, the two volumes including a reservoir volume and a spline volume , the reservoir volume defined by a reservoir torus formed by a lubricant during rotation of the gear box shaft and having a height (Rh) and the spline volume defined by a spline torus formed by a lubricant during rotation of the gear box shaft and having a height (Sh); and a reservoir dam that extends inwardly into the interior region separating the reservoir volume and the spline volume , the reservoir dam having a vent hole formed therein that passes through it such that a surface of the dam is in fluid communication with a region defined by the outer housing and outside of the gear box shaft, and characterized by the reservoir dam having a height on a first side equal to Rh and on a second side equal to Sh, wherein the height on the first side is greater than the height on the second side. an interior region having two volumes defined therein, the two volumes including a reservoir volume and a spline volume , the reservoir volume defined by a reservoir torus formed by a lubricant during rotation of the gear box shaft and having a height (Rh) and the spline volume defined by a spline torus formed by a lubricant during rotation of the gear box shaft and having a height (Sh); and a reservoir dam that extends inwardly into the interior region separating the reservoir volume and the spline volume , the reservoir dam having a vent hole formed therein that passes through it such that a surface of the dam is in fluid communication with a region defined by the outer housing and outside of the gear box shaft, and characterized by the reservoir dam having a height on a first side equal to Rh and on a second side equal to Sh, wherein the height on the first side is greater than the height on the second side.
Current sensor , comprising a flat housing of plastic having an underside , an upper side and four side walls, electrical connections and a current conductor through which the current to be measured flows, and a semiconductor chip having two magnetic field sensors , wherein the component of the magnetic field detected by the two magnetic field sensors points in opposite directions at the locations of the two magnetic field sensors , wherein the current conductor and the electrical connections have an equal thickness, and wherein the semiconductor chip is connected as flipchip to the electrical connections , characterized in that the current conductor extends from one side wall to the opposite side wall of the housing , is embedded flat in the underside of the housing and is exposed on the underside of the housing , that the mutually opposite ends of the current conductor substantially have the same width as the entirety of the electrical contacts that would have room at a side wall of the housing accommodating an end of the current conductor , and that the opposing surfaces of the semiconductor chip and the current conductor are separated by an electrical insulation layer .
A battery pack , comprising: a housing having an outer bottom plate and an inner bottom plate , and defining a primary chamber for accommodating battery cells above the inner bottom plate, and a secondary chamber between the outer bottom plate and the inner bottom plate; wherein the outer bottom plate includes an outer flat plate extending substantially in parallel to the inner bottom plate, characterized in that the outer bottom plate further includes an upright wall extending from a peripheral part of the outer flat plate to abut against a peripheral part of the inner bottom plate , the inner bottom plate being provided with at least one opening surrounded by a tubular flange projecting toward the outer bottom plate, the housing including an air communication passage formed in the upright wall of the outer bottom plate and communicating the secondary chamber with an exterior of the housing; and wherein a bottom surface of the inner bottom plate includes a substantially horizontal reference surface , and a part of a bottom surface of the inner bottom plate adjacent to the upright wall inclines upwards with respect to the horizontal reference surface along a direction away from the outer bottom plate and towards the upright wall, and wherein the air communication passage includes a first communication hole having an edge located above the reference surface of the inner bottom plate. a housing having an outer bottom plate and an inner bottom plate , and defining a primary chamber for accommodating battery cells above the inner bottom plate, and a secondary chamber between the outer bottom plate and the inner bottom plate; wherein the outer bottom plate includes an outer flat plate extending substantially in parallel to the inner bottom plate, characterized in that the outer bottom plate further includes an upright wall extending from a peripheral part of the outer flat plate to abut against a peripheral part of the inner bottom plate , the inner bottom plate being provided with at least one opening surrounded by a tubular flange projecting toward the outer bottom plate, the housing including an air communication passage formed in the upright wall of the outer bottom plate and communicating the secondary chamber with an exterior of the housing; and wherein a bottom surface of the inner bottom plate includes a substantially horizontal reference surface , and a part of a bottom surface of the inner bottom plate adjacent to the upright wall inclines upwards with respect to the horizontal reference surface along a direction away from the outer bottom plate and towards the upright wall, and wherein the air communication passage includes a first communication hole having an edge located above the reference surface of the inner bottom plate.
A product comprising: cellulose from a microbe grown in a symbiotic colony of bacteria and yeast (SCOBY); wherein the product is a paper having one or more properties suitable for use as a cigarette rolling paper, the one or more properties being selected from: a burn rate in the range of 0.001-0.006 g/s; a porosity in the range of 1-10 CU; a tensile strength in the range of 10-35 N; a tension strength in the range of 1-10%; basis weight in the range of 10-40 GSM. a burn rate in the range of 0.001-0.006 g/s; a porosity in the range of 1-10 CU; a tensile strength in the range of 10-35 N; a tension strength in the range of 1-10%; basis weight in the range of 10-40 GSM.
A controller forming part of a vehicle in a vehicle control system including the vehicle , an information processing device , and a server , the controller comprising: a communication unit configured to acquire control information for the vehicle from the information processing device via wired communication or wireless communication; and a processing unit configured to execute a process of starting vehicle control based on the control information and to request a plurality of electronic control units provided in the vehicle separately from the controller to execute an authentication process for use authority of a service provider in parallel while executing the process of starting vehicle control, wherein the authentication process for the use authority is executed based on subscription information for determining the use authority of the service provider and the control information, wherein the control information includes identification information of the service provider and an application programming interface, API, to be used, the subscription information includes the identification information of the service provider with the use authority over one or more APIs, and the subscription information about the use authority of the service provider is composed of a block-chain managed by the plurality of electronic control units in the vehicle , wherein the processing unit is configured to continue or suspend the process of starting vehicle control depending on a result of the authentication process for the use authority of the service provider over the control information that is transmitted to the controller by the ECUs . a communication unit configured to acquire control information for the vehicle from the information processing device via wired communication or wireless communication; and a processing unit configured to execute a process of starting vehicle control based on the control information and to request a plurality of electronic control units provided in the vehicle separately from the controller to execute an authentication process for use authority of a service provider in parallel while executing the process of starting vehicle control, wherein the authentication process for the use authority is executed based on subscription information for determining the use authority of the service provider and the control information, wherein the control information includes identification information of the service provider and an application programming interface, API, to be used, the subscription information includes the identification information of the service provider with the use authority over one or more APIs, and the subscription information about the use authority of the service provider is composed of a block-chain managed by the plurality of electronic control units in the vehicle , wherein the processing unit is configured to continue or suspend the process of starting vehicle control depending on a result of the authentication process for the use authority of the service provider over the control information that is transmitted to the controller by the ECUs .
Speaker , comprising a plurality of speaker elements , each speaker-element comprising two substantially mutually opposing spaced apart membrane planes , wherein each membrane plane comprises at least one electromagnetic wire arranged for creating a magnetic field upon an electric current passing through said electromagnetic wire , wherein at least one permanent magnet is arranged between the two membrane planes , wherein the electromagnet wires of the two membrane planes are connectable to an electric power source in such a manner, that the electric current passes there trough in substantially mutually opposing directions and thereby creating substantially mutually opposing magnetic fields, such that upon passing an electric current through the electromagnetic wire of each membrane plane said membrane planes are both either attracted towards or repulsed from the permanent magnet and thereby moved towards or away from each other, respectively, thereby producing a sound wave, wherein: said speaker defines a central longitudinal line, wherein said plurality of speaker-elements are arranged in a radial direction with respect to said central longitudinal line and spaced apart by an angular distance.
A power supply circuit , comprising: a primary unit , configured to generate a first voltage to-be-modulated according to alternating current, AC, input; a modulating unit , configured to modulate the first voltage to generate a second voltage; a transformer , configured to generate a third voltage according to the second voltage; a secondary rectifier-filter unit , configured to generate an output voltage of the power supply circuit by rectifying and filtering the third voltage; a voltage feedback unit , configured to receive the output voltage, and to send a feedback signal to the modulating unit when magnitude of the output voltage reaches a preset value; the modulating unit being configured to modulate the first voltage to generate the second voltage according to the feedback signal, to limit the magnitude of the output voltage within a first voltage range or a second voltage range different from the first voltage range; and a control unit , configured to communicate with a device to-be-charged to adjust output power of the power supply circuit , to make at least one of the output voltage and output current of the power supply circuit match a present charging stage of a battery of the device to-be-charged characterized in that the primary unit comprises a primary rectifier unit without a liquid electrolytic capacitor, and the first voltage to-be-modulated is a voltage which is output by the primary rectifier unit and has a magnitude varying periodically. a primary unit , configured to generate a first voltage to-be-modulated according to alternating current, AC, input; a modulating unit , configured to modulate the first voltage to generate a second voltage; a transformer , configured to generate a third voltage according to the second voltage; a secondary rectifier-filter unit , configured to generate an output voltage of the power supply circuit by rectifying and filtering the third voltage; a voltage feedback unit , configured to receive the output voltage, and to send a feedback signal to the modulating unit when magnitude of the output voltage reaches a preset value; the modulating unit being configured to modulate the first voltage to generate the second voltage according to the feedback signal, to limit the magnitude of the output voltage within a first voltage range or a second voltage range different from the first voltage range; and a control unit , configured to communicate with a device to-be-charged to adjust output power of the power supply circuit , to make at least one of the output voltage and output current of the power supply circuit match a present charging stage of a battery of the device to-be-charged characterized in that the primary unit comprises a primary rectifier unit without a liquid electrolytic capacitor, and the first voltage to-be-modulated is a voltage which is output by the primary rectifier unit and has a magnitude varying periodically.
A filter apparatus for removing solid contaminants from a cryogenic liquid which has been condensed into its liquid phase via a refrigeration process, and wherein the cryogenic liquid is to be injected into a compression cylinder of a split cycle internal combustion engine , and wherein the filter apparatus comprises: a liquid inlet ; a liquid outlet wherein the liquid inlet is coupled to the liquid outlet via a filtering element , the filtering element comprising a first portion and a second portion ; a diverter arranged to direct the liquid through the first portion of the filtering element and, in response to a control signal, direct the liquid through the second portion of the filtering element; wherein the apparatus is configured to heat a respective one of the first and second portions of the filter while liquid is diverted away from said portion and the other one of the first and second portions of the filter is operated to filter liquid coolant in the liquid coolant flow path. a liquid inlet ; a liquid outlet wherein the liquid inlet is coupled to the liquid outlet via a filtering element , the filtering element comprising a first portion and a second portion ; a diverter arranged to direct the liquid through the first portion of the filtering element and, in response to a control signal, direct the liquid through the second portion of the filtering element;
Cosmetic product having a) a pressure vessel having a dispensing valve suitable for spray application; b) a silicone-, water- and mineral oil-free cosmetic suspension comprising, based on the total weight of the suspension, i. an aluminium-containing antiperspirant active ingredient, ii. 30% to 40% by weight of Isopropyl Palmitate, and iii. additionally a total of 15% to 40% by weight of an oil mixture having at least one oil with an interfacial tension with water at 20°C of more than 30.0 mN/m and at least one further oil having an interfacial tension with water at 20°C of less than 30.0 mN/m, c) a propellant comprising at least one gas selected from the following group: butane, isobutane, propane, pentanes and/or nitrogen, characterized in that both the cosmetic suspension and the propellant are present in the pressure vessel, where the weight ratio of the suspension to the propellant is from 5:95 to 60:40. a) a pressure vessel having a dispensing valve suitable for spray application; b) a silicone-, water- and mineral oil-free cosmetic suspension comprising, based on the total weight of the suspension, i. an aluminium-containing antiperspirant active ingredient, ii. 30% to 40% by weight of Isopropyl Palmitate, and iii. additionally a total of 15% to 40% by weight of an oil mixture having at least one oil with an interfacial tension with water at 20°C of more than 30.0 mN/m and at least one further oil having an interfacial tension with water at 20°C of less than 30.0 mN/m, i. an aluminium-containing antiperspirant active ingredient, ii. 30% to 40% by weight of Isopropyl Palmitate, and iii. additionally a total of 15% to 40% by weight of an oil mixture having at least one oil with an interfacial tension with water at 20°C of more than 30.0 mN/m and at least one further oil having an interfacial tension with water at 20°C of less than 30.0 mN/m, c) a propellant comprising at least one gas selected from the following group: butane, isobutane, propane, pentanes and/or nitrogen,
A composition comprising nivolumab for use in treating a melanoma in a patient: (i) wherein the patient is identified as having a PD-L1 positive melanoma tumor by measuring a PD-L1 expression on the melanoma tumor; and (ii) wherein the patient is to be administered a flat dose of 480 mg of nivolumab as monotherapy once every four weeks, wherein the patient is not administered a combination of nivolumab and ipilimumab. (i) wherein the patient is identified as having a PD-L1 positive melanoma tumor by measuring a PD-L1 expression on the melanoma tumor; and (ii) wherein the patient is to be administered a flat dose of 480 mg of nivolumab as monotherapy once every four weeks, wherein the patient is not administered a combination of nivolumab and ipilimumab.
A milling drum box unit, in particular a quick-change milling drum box unit , for mounting on a self-propelled base machine to obtain a ground miling machine , said milling drum box unit comprising - an interior configured to accommodate a milling drum and open downward in vertical direction, with a front wall (b), a rear wall (c), a top wall (d) and two opposing side walls (e), - a part of a fastening device for mounting the milling drum box unit, in particular quick-change milling drum box unit, to the base machine; - a connection point arranged within the interior of the milling drum box unit, in particular quick-change milling drum box unit, which is configured to receive and establish a drive connection to a milling drum rotatable about a rotation axis, - on sides of each side wall, a lateral shield which is height-adjustable relative to the side wall, - at least two drive energy-consuming consumer elements and/or at least two sensors for detecting an operating parameter, characterized in that , a distributing device or a connection device to a distributing device for hydraulic and/or electrical energy and/or incoming control signals is provided on the milling drum box unit, which performs a distribution of hydraulic and/or electrical energy and/or incoming control signals supplied via a common line to at least two hydraulic and/or electrical energy-consuming consumers and/or actuators controlled via control signals. - an interior configured to accommodate a milling drum and open downward in vertical direction, with a front wall (b), a rear wall (c), a top wall (d) and two opposing side walls (e), - a part of a fastening device for mounting the milling drum box unit, in particular quick-change milling drum box unit, to the base machine; - a connection point arranged within the interior of the milling drum box unit, in particular quick-change milling drum box unit, which is configured to receive and establish a drive connection to a milling drum rotatable about a rotation axis, - on sides of each side wall, a lateral shield which is height-adjustable relative to the side wall, - at least two drive energy-consuming consumer elements and/or at least two sensors for detecting an operating parameter, - a connection point arranged within the interior of the milling drum box unit, in particular quick-change milling drum box unit, which is configured to receive and establish a drive connection to a milling drum rotatable about a rotation axis, - on sides of each side wall, a lateral shield which is height-adjustable relative to the side wall, - at least two drive energy-consuming consumer elements and/or at least two sensors for detecting an operating parameter, characterized in that , a distributing device or a connection device to a distributing device for hydraulic and/or electrical energy and/or incoming control signals is provided on the milling drum box unit, which performs a distribution of hydraulic and/or electrical energy and/or incoming control signals supplied via a common line to at least two hydraulic and/or electrical energy-consuming consumers and/or actuators controlled via control signals.