mhurhangee/patent-ind-claim-en huggingface dataset:
A wiring structure for an electric vehicle configured to supply electric power from a charging port provided at a front end portion of the vehicle , to an electrical component of the vehicle through an electric charging harness , a front compartment being formed on a frontward portion of the vehicle , said electric harness including a first wiring portion electrically connected to the charging port and a second wiring portion electrically connected to an electrical component of the vehicle , comprising: an intermediate connector releasably connecting the first wiring portion of the electric harness to the second wiring portion of the electric harness with a repeatable connecting and disconnecting connection, characterized in that the intermediate connector is disposed inside the front compartment , rearward of the charging port and rearward of a front end of a radiator core support assembly spanning across in a widthwise direction of the vehicle and being spaced separately from the charging port such that the intermediate connector and the charging port are disposed on opposite sides of the radiator core assembly . an intermediate connector releasably connecting the first wiring portion of the electric harness to the second wiring portion of the electric harness with a repeatable connecting and disconnecting connection, characterized in that the intermediate connector is disposed inside the front compartment , rearward of the charging port and rearward of a front end of a radiator core support assembly spanning across in a widthwise direction of the vehicle and being spaced separately from the charging port such that the intermediate connector and the charging port are disposed on opposite sides of the radiator core assembly .
A phosphate-free automatic dishwashing cleaning composition comprising: a) from 10% to 50% by weight of the composition of an organic complexing agent system comprising at least 15% by weight of the composition of methyl glycine diacetic acid; b) an amylase; and c) a protease wherein the protease is a variant having at least 90% identity with the amino acid sequence of SEQ ID NO: 1 and comprising mutations S039E-S099R-S126A-D127E-F128G. a) from 10% to 50% by weight of the composition of an organic complexing agent system comprising at least 15% by weight of the composition of methyl glycine diacetic acid; b) an amylase; and c) a protease wherein the protease is a variant having at least 90% identity with the amino acid sequence of SEQ ID NO: 1 and comprising mutations S039E-S099R-S126A-D127E-F128G.
A heating, ventilation and air conditioning (HVAC) system comprising: a compressor to compress a flow of refrigerant through a refrigerant pathway ; a condenser disposed along the refrigerant pathway and in fluid communication with the compressor ; an evaporator disposed along the refrigerant pathway and in fluid communication with the compressor and the condenser ; and a moisture sensing system disposed along the refrigerant pathway , including: a moisture sensor including a color change material sample disposed in the refrigerant pathway and exposed to a refrigerant flow therethrough, the color change material sample configured to change color as an indication of a moisture level of the refrigerant flow; and a color sensor in optical communication with the moisture sensor and configured to sense a color of the color change material and communicate the sensed color to an HVAC system controller , characterized in that the moisture sensor is disposed between the evaporator and the compressor . a compressor to compress a flow of refrigerant through a refrigerant pathway ; a condenser disposed along the refrigerant pathway and in fluid communication with the compressor ; an evaporator disposed along the refrigerant pathway and in fluid communication with the compressor and the condenser ; and a moisture sensing system disposed along the refrigerant pathway , including: a moisture sensor including a color change material sample disposed in the refrigerant pathway and exposed to a refrigerant flow therethrough, the color change material sample configured to change color as an indication of a moisture level of the refrigerant flow; and a color sensor in optical communication with the moisture sensor and configured to sense a color of the color change material and communicate the sensed color to an HVAC system controller , characterized in that the moisture sensor is disposed between the evaporator and the compressor . a moisture sensor including a color change material sample disposed in the refrigerant pathway and exposed to a refrigerant flow therethrough, the color change material sample configured to change color as an indication of a moisture level of the refrigerant flow; and a color sensor in optical communication with the moisture sensor and configured to sense a color of the color change material and communicate the sensed color to an HVAC system controller , characterized in that the moisture sensor is disposed between the evaporator and the compressor .
A switch device comprising: a switch including a terminal provided on an outer side of the switch; a lead wire fixed to the terminal; a sealing member that seals a portion of the lead wire fixed to the terminal; and a housing configured to house the sealing member, wherein the housing has a first bottom surface and a second bottom surface , the first bottom surface having an opening through which the lead wire passes, and the second bottom surface being located closer to the switch than the first bottom surface, the sealing member abuts the second bottom surface , and wherein the first bottom surface has a drain passage leading to a space outside the housing. a switch including a terminal provided on an outer side of the switch; a lead wire fixed to the terminal; a sealing member that seals a portion of the lead wire fixed to the terminal; and a housing configured to house the sealing member, wherein the housing has a first bottom surface and a second bottom surface , the first bottom surface having an opening through which the lead wire passes, and the second bottom surface being located closer to the switch than the first bottom surface, the sealing member abuts the second bottom surface , and
A method for three-dimensional printing, comprising: obtaining a native file of a computer-aided design (CAD) application ; identifying , within the native file , a first 3D shape associated with a 3D infill pattern; generating a slicer description language file comprising: a first section specifying the 3D infill pattern; and a second section comprising instructions, the instructions including a reference to the first section to print the first 3D shape filled with multiple instances of the 3D infill pattern, wherein the first section and the second section are specified independently in the slicer description language file ; and sending the slicer description language file to a 3D printer for printing the first 3D shape filled with the 3D infill pattern. obtaining a native file of a computer-aided design (CAD) application ; identifying , within the native file , a first 3D shape associated with a 3D infill pattern; generating a slicer description language file comprising: a first section specifying the 3D infill pattern; and a second section comprising instructions, the instructions including a reference to the first section to print the first 3D shape filled with multiple instances of the 3D infill pattern, wherein the first section and the second section are specified independently in the slicer description language file ; and a first section specifying the 3D infill pattern; and a second section comprising instructions, the instructions including a reference to the first section to print the first 3D shape filled with multiple instances of the 3D infill pattern, wherein the first section and the second section are specified independently in the slicer description language file ; and sending the slicer description language file to a 3D printer for printing the first 3D shape filled with the 3D infill pattern.
A photobioreactor device for culturing a photosynthetic organism and facilitating gas transfer between an internal fluid and external atmosphere comprising: (i) one or more photobioreactor units, each photobioreactor unit comprising a first membrane layer and a second membrane layer, the two membrane layers arranged such that at least a portion of the first membrane layer is directly bonded to at least a portion of the second membrane layer in order to form a defined boundary around non-bonded portions of the first and second membrane layers, thereby defining the photobioreactor unit capable of containing a fluid, wherein at least one of the first and second layers is translucent, and wherein at least a part of the first and/or second membrane layers is permeable to gases, wherein the permeability coefficient of carbon dioxide through the first and/or second membrane layer is at least 1000 Barrer; and (ii) an inlet and an outlet port to enable the fluid to circulate through said unit. (i) one or more photobioreactor units, each photobioreactor unit comprising a first membrane layer and a second membrane layer, the two membrane layers arranged such that at least a portion of the first membrane layer is directly bonded to at least a portion of the second membrane layer in order to form a defined boundary around non-bonded portions of the first and second membrane layers, thereby defining the photobioreactor unit capable of containing a fluid, wherein at least one of the first and second layers is translucent, and wherein at least a part of the first and/or second membrane layers is permeable to gases, wherein the permeability coefficient of carbon dioxide through the first and/or second membrane layer is at least 1000 Barrer; and wherein at least one of the first and second layers is translucent, and wherein at least a part of the first and/or second membrane layers is permeable to gases, wherein the permeability coefficient of carbon dioxide through the first and/or second membrane layer is at least 1000 Barrer; and (ii) an inlet and an outlet port to enable the fluid to circulate through said unit.
A truck with a lowerable bed comprising: a driver's 2- cab , cargo container , a front axle , a rear axle , at least one lifting device , and at least one guiding device , wherein, said front axle is attached to said driver's cab, wherein said driver's cab is attached to the said lifting device, wherein said lifting device is attached to said cargo container, wherein said cargo container is attached to said guiding device, wherein said guiding device is attached to said rear axle; the truck being characterised in that it includes three selectable modes, wherein the three selectable mode includes a driving mode, a side-loading mode and a rear-loading mode; wherein, when said driving mode is selected, said front axle is positioned under said driver's cab, said rear axle is positioned under said cargo container, and said driver's cab is positioned in front of said cargo container; wherein, when said side-loading mode is selected, said rear axle moves along said guiding device and is positioned rear of said cargo container, and said cargo container is lowered onto the ground through actuation of said lifting device and movement of said rear axle, wherein, when said rear-loading mode is selected, said truck first enters said side-loading mode, said rear axle is then moved above said cargo container. a driver's 2- cab , cargo container , a front axle , a rear axle , at least one lifting device , and at least one guiding device , wherein, said front axle is attached to said driver's cab, wherein said driver's cab is attached to the said lifting device, wherein said lifting device is attached to said cargo container, wherein said cargo container is attached to said guiding device, wherein said guiding device is attached to said rear axle; the truck being characterised in that it includes three selectable modes, wherein the three selectable mode includes a driving mode, a side-loading mode and a rear-loading mode; wherein, when said driving mode is selected, said front axle is positioned under said driver's cab, said rear axle is positioned under said cargo container, and said driver's cab is positioned in front of said cargo container; wherein, when said side-loading mode is selected, said rear axle moves along said guiding device and is positioned rear of said cargo container, and said cargo container is lowered onto the ground through actuation of said lifting device and movement of said rear axle, wherein, when said rear-loading mode is selected, said truck first enters said side-loading mode, said rear axle is then moved above said cargo container.
Device for introducing a running material web into a stentering machine, the device comprising at least one tiltable cheek which receives the material web , the at least one cheek being tiltable by means of at least one control element having at least one actuator which engages on the one hand on a fixed frame and on the other hand on the at least one cheek , and measuring means for recording a tilt angle of the at least one cheek being provided, characterized in that the measuring means comprise angle sensors , of which one records an angle between the at least one cheek and the at least one control element and one records an angle between the at least one control element and the frame , and calculation means which calculate a difference of the two recorded angles are provided.
A body massage device comprising: a handpiece comprising a plurality of movable heads for applying force on a patient's body and a massage arm connected to the movable heads ; a motor mechanically coupled to the plurality of movable heads for conveying motion thereto; measurement means comprising a vertical force sensor configured for measuring the force applied perpendicularly on the patient's body; an electromagnetic radiation generator configured for generating electromagnetic radiation with a fixed frequency and intensity, wherein the movable heads are electrically connected to the electromagnetic radiation generator for receiving electromagnetic radiation and applying it on the patient's body; a processing unit configured for receiving information from the measurement means; characterised in that the massage device further comprises a torque sensor configured for measuring the resistance to rotation of the movable heads on the patient's body; wherein the processing unit is configured for estimating the effective depth of the treatment on the patient's body, wherein, for estimating the effective depth of the treatment, the processing unit comprises a register that stores at least vertical force and torque values and relates them to an effective depth value for the patient and for determining in real time, if, for the effective depth, the applied vertical force is appropriate. a handpiece comprising a plurality of movable heads for applying force on a patient's body and a massage arm connected to the movable heads ; a motor mechanically coupled to the plurality of movable heads for conveying motion thereto; measurement means comprising a vertical force sensor configured for measuring the force applied perpendicularly on the patient's body; an electromagnetic radiation generator configured for generating electromagnetic radiation with a fixed frequency and intensity, wherein the movable heads are electrically connected to the electromagnetic radiation generator for receiving electromagnetic radiation and applying it on the patient's body; a processing unit configured for receiving information from the measurement means; characterised in that the massage device further comprises a torque sensor configured for measuring the resistance to rotation of the movable heads on the patient's body; wherein the processing unit is configured for estimating the effective depth of the treatment on the patient's body, wherein, for estimating the effective depth of the treatment, the processing unit comprises a register that stores at least vertical force and torque values and relates them to an effective depth value for the patient and for determining in real time, if, for the effective depth, the applied vertical force is appropriate.
Elastic neural electrode, comprising at least one planar metal layer arranged on an elastomer layer , characterized in that a high-tensile-strength polymer layer is arranged directly on the at least one metal layer , the high-tensile-strength polymer layer being an outermost layer of the electrode, wherein all exposed metal of a welding area is sealed with an elastomer .
A method for changing a control mode of an automated vehicle from an automated control to a manual control comprising: operating , by a controller , based on one or more control parameters , a vehicle under the automated control ; determining , by the controller , while a control mode of the vehicle is under the automated control , a future time when a control mode of the vehicle is to change from the automated control to manual control ; determining , by the controller , based on a readiness state of an operator of the vehicle determined by an operator detection device of the vehicle , a take over interval during which the control mode is to change from the automated control to the manual control ; and outputting , during the take over interval , a notification that the control mode of the vehicle is to change from the automated control to the manual control ; characterized by responsive to determining that the readiness state indicates that the operator is not ready for the manual control , modifying the one or more control parameters thereby increasing the take over interval , wherein the increased take over interval is realized by an increased following distance of the vehicle . operating , by a controller , based on one or more control parameters , a vehicle under the automated control ; determining , by the controller , while a control mode of the vehicle is under the automated control , a future time when a control mode of the vehicle is to change from the automated control to manual control ; determining , by the controller , based on a readiness state of an operator of the vehicle determined by an operator detection device of the vehicle , a take over interval during which the control mode is to change from the automated control to the manual control ; and outputting , during the take over interval , a notification that the control mode of the vehicle is to change from the automated control to the manual control ; characterized by responsive to determining that the readiness state indicates that the operator is not ready for the manual control , modifying the one or more control parameters thereby increasing the take over interval , wherein the increased take over interval is realized by an increased following distance of the vehicle .
A dolly adapted to be coupled to a semitrailer , where the dolly comprises a first steerable axle and a second axle provided with a drive unit , and where the dolly comprises a fifth wheel and a drawbar , characterized in that the dolly further comprises a cover having a front compartment in front of the first axle , where the front compartment comprises a first radiator , and where the cover comprises a first air opening adjacent the drawbar .
Method for controlling a heating/refrigerating system comprising at least one source for providing a cooling and/or heating output for at least one heat sink , in particular a room of a building , wherein, in a first step, a request of the at least one heat sink for a heating output or refrigerating output is detected, wherein, in a second step, at least one boundary condition of the at least one source is detected, wherein the boundary condition for the sources that is used is a characteristic curve, a characteristic diagram or a formula for providing the refrigerating and/or heating output on the basis of at least one parameter, the parameter being from the following group: cost, efficiency, exhaust gas generation, outside temperature, time of day, time of year, an average outside temperature, promptness of the provision, comfort, wherein, during the second step, at least for one source as operating state it is detected whether the source is in heating mode or in cooling mode, and wherein, in a third step, a strategy is taken as a basis to define an operating state of at least one source , wherein, during the third step, the at least one boundary condition of the at least one source , the operating state of the at least one source and the strategy are taken as a basis to make a decision as to whether the operating state of the source is changed, wherein the specified strategy consists in providing the heating and/or refrigerating output inexpensively and/or efficiently and/or with low exhaust gas values and/or with high comfort and/or as quickly as possible. wherein, in a first step, a request of the at least one heat sink for a heating output or refrigerating output is detected, wherein, in a second step, at least one boundary condition of the at least one source is detected, wherein the boundary condition for the sources that is used is a characteristic curve, a characteristic diagram or a formula for providing the refrigerating and/or heating output on the basis of at least one parameter, the parameter being from the following group: cost, efficiency, exhaust gas generation, outside temperature, time of day, time of year, an average outside temperature, promptness of the provision, comfort, wherein, during the second step, at least for one source as operating state it is detected whether the source is in heating mode or in cooling mode, and wherein, in a third step, a strategy is taken as a basis to define an operating state of at least one source , wherein, during the third step, the at least one boundary condition of the at least one source , the operating state of the at least one source and the strategy are taken as a basis to make a decision as to whether the operating state of the source is changed, wherein the specified strategy consists in providing the heating and/or refrigerating output inexpensively and/or efficiently and/or with low exhaust gas values and/or with high comfort and/or as quickly as possible.