mhurhangee/patent-ind-claim-en huggingface dataset:
Intelligent glasses comprising: a frame assembly , comprising an inner frame portion and an outer frame portion arranged around the inner frame portion , wherein the inner frame portion and the outer frame portion are attached to one another, one or more accommodating spaces are formed between the inner frame portion and the outer frame portion ; and characterized by : a detection component , configured to detect physiological characteristics of a wearer; a control component , connected with the detection component and configured to acquire a control signal generated according to the physiological characteristics; a treatment component , connected with the control component and configured to output treatment signals according to the control signal, wherein the treatment signals comprise at least one of: a phototherapy signal, a sonic wave signal, a sound wave signal, magnetic waves, or electromagnetic waves; each of the detection component , the control component and the treatment component is located in the accommodating space; and wherein the detection component comprises: a near infrared spectrum detection sensor , configured to detect blood oxygen content information in the physiological characteristics; and two electrode detection sensors , configured to detect electric wave information in the physiological characteristics; characterized in that the near infrared spectrum detection sensor is located between the two electrode detection sensors . a detection component , configured to detect physiological characteristics of a wearer; a control component , connected with the detection component and configured to acquire a control signal generated according to the physiological characteristics; a treatment component , connected with the control component and configured to output treatment signals according to the control signal, wherein the treatment signals comprise at least one of: a phototherapy signal, a sonic wave signal, a sound wave signal, magnetic waves, or electromagnetic waves; each of the detection component , the control component and the treatment component is located in the accommodating space; and wherein the detection component comprises: a near infrared spectrum detection sensor , configured to detect blood oxygen content information in the physiological characteristics; and two electrode detection sensors , configured to detect electric wave information in the physiological characteristics; characterized in that the near infrared spectrum detection sensor is located between the two electrode detection sensors . a near infrared spectrum detection sensor , configured to detect blood oxygen content information in the physiological characteristics; and two electrode detection sensors , configured to detect electric wave information in the physiological characteristics; characterized in that the near infrared spectrum detection sensor is located between the two electrode detection sensors .
A touch probe for dimensional measurements of coordinates of points on the surface of an object , comprising: a fixed member with a connection element for mounting the fixed member on a positioning platform of a coordinate-measuring machine; a stylus ; a stylus holder holding the stylus and elastically connected to the fixed member by resilient member such that when the stylus touches an object , the stylus holder moves relatively to the fixed member , the stylus holder comprising a reference element to measure the 3D displacement of the stylus tip; one or more sensors , arranged to generate a plurality of measurement signals in response to a motion of the reference element relative to the fixed member caused by a contact between the stylus and the object ; and a digital processor receiving the measurement signals generated by the one or more sensors , the processor being programmed to generate a plurality of directional displacement signals representing the motion of the stylus holder in different directions, and to generate a trigger signal when an amplitude of any one of said directional displacement signals exceeds a corresponding threshold, wherein the digital processor is arranged to generate an axial displacement signal, representing the motion of the stylus holder along a general longitudinal axis of the probe, and a lateral displacement signal, representing the motion of the stylus holder in a direction orthogonal to said longitudinal axis, and wherein the digital processor is arranged to separately compare an axial displacement signal with an axial threshold and a lateral displacement signal with a lateral threshold so as to generate a trigger signal when either the axial displacement signal exceeds the axial threshold, or the lateral displacement signal exceeds the lateral threshold.
A tower assembly comprising: a first block ; a second block assembled adjacent the first block at a same height as the first block; wherein the first and second blocks are disposed adjacent each other such that opposing adjacent surfaces of the blocks define at least one horizontal joint and at least one vertical joint substantially perpendicular to the horizontal joint, wherein the first and second blocks are connected along the at least one horizontal joint and the at least one vertical joint; wherein the first block and the second block are both precast concrete blocks, wherein the at least one vertical joint comprises non-structural caulk extending between the opposing adjacent surfaces of the blocks for sealing the at least one vertical joint and wherein epoxy or grout material is disposed within the horizontal joint; wherein no loads are transferable through the at least one vertical joint, and wherein both axial and shear loads are transferable through the at least one horizontal joint. a first block ; a second block assembled adjacent the first block at a same height as the first block; wherein the first and second blocks are disposed adjacent each other such that opposing adjacent surfaces of the blocks define at least one horizontal joint and at least one vertical joint substantially perpendicular to the horizontal joint, wherein the first and second blocks are connected along the at least one horizontal joint and the at least one vertical joint; wherein the first block and the second block are both precast concrete blocks, wherein the at least one vertical joint comprises non-structural caulk extending between the opposing adjacent surfaces of the blocks for sealing the at least one vertical joint and wherein epoxy or grout material is disposed within the horizontal joint; wherein no loads are transferable through the at least one vertical joint, and
A system for preventing use of a mobile device while operating a motor vehicle comprising: a locking device having a housing for connection to the motor vehicle; a locking device processor and memory contained within the housing for storing and executing mobile device locking software; locking device communication circuits contained within the housing and connected to the processor for establishing a connection between the locking device and the mobile device and for sending locking signals to the mobile device when power to the vehicle is turned on; and a mobile device locking application installed on the mobile device for placing the mobile device into a locked condition when the locking signals are received by the mobile device , thereby preventing use of the mobile device , characterized in that the locking device includes functionality for restarting the mobile device locking application by sending a mobile device locking application re-start signal to the mobile device to tell the mobile device locking application to re-start in response to receiving a re-start signal from the mobile device locking application indicating that the mobile device locking application stops running on the mobile device . a locking device having a housing for connection to the motor vehicle; a locking device processor and memory contained within the housing for storing and executing mobile device locking software; locking device communication circuits contained within the housing and connected to the processor for establishing a connection between the locking device and the mobile device and for sending locking signals to the mobile device when power to the vehicle is turned on; and a mobile device locking application installed on the mobile device for placing the mobile device into a locked condition when the locking signals are received by the mobile device , thereby preventing use of the mobile device , characterized in that the locking device includes functionality for restarting the mobile device locking application by sending a mobile device locking application re-start signal to the mobile device to tell the mobile device locking application to re-start in response to receiving a re-start signal from the mobile device locking application indicating that the mobile device locking application stops running on the mobile device .
A mop cover of a material having a working side and a mounting side , wherein the mounting side has two or more first connecting elements , wherein the connecting elements have a fastening section , wherein the connecting elements consist of a plastic material, wherein the connecting elements are designed to be rigid and to extend largely orthogonally to a main plane of the mounting side , characterized in that at least one connecting element is designed such that other elements can engage with said connecting element by reaching through or under said connecting element, and in that the fastening section of said connecting element is sewn onto the mop cover .
A compressor, comprising: a piston performing a reciprocating motion within a cylinder ; a linear motor to supply a driving force for the motion of the piston ; a discharge unit to allow a refrigerant compressed in the cylinder to be discharged in response to the motion of the piston ; wherein the discharge unit is disposed on one end of the cylinder ; characterized in that the compressor further comprises: a pressure changing unit to change a variation rate of pressure applied to the piston before the piston reaches a virtual discharge surface, VDS, during the reciprocating motion, to prevent the piston from colliding with the discharge unit , a sensing unit to detect a motor voltage or motor current of the linear motor; and a controller to determine whether or not the variation rate of the pressure applied to the piston has changed using the detected motor voltage or motor current, and control the linear motor based on the determination result, wherein the virtual discharge surface, VDS, is defined as a surface being brought into contact with at least part of the discharge unit facing a compression space within the cylinder , wherein the pressure changing unit is disposed between the one end of the cylinder having the discharge unit disposed thereon and another end of the cylinder , and wherein the pressure changing unit comprises a groove formed on an inner wall of the cylinder . a piston performing a reciprocating motion within a cylinder ; a linear motor to supply a driving force for the motion of the piston ; a discharge unit to allow a refrigerant compressed in the cylinder to be discharged in response to the motion of the piston ; wherein the discharge unit is disposed on one end of the cylinder ; a pressure changing unit to change a variation rate of pressure applied to the piston before the piston reaches a virtual discharge surface, VDS, during the reciprocating motion, to prevent the piston from colliding with the discharge unit , a sensing unit to detect a motor voltage or motor current of the linear motor; and a controller to determine whether or not the variation rate of the pressure applied to the piston has changed using the detected motor voltage or motor current, and control the linear motor based on the determination result, wherein the virtual discharge surface, VDS, is defined as a surface being brought into contact with at least part of the discharge unit facing a compression space within the cylinder , wherein the pressure changing unit is disposed between the one end of the cylinder having the discharge unit disposed thereon and another end of the cylinder , and wherein the pressure changing unit comprises a groove formed on an inner wall of the cylinder .
A diaphragm member comprising: a film-like diaphragm of PFA suitable to be applied to a diaphragm valve flowing a liquid such as a high-purity chemical liquid or ultrapure water, said diaphragm being formed with a central hole portion at its central portion, and a valve body of fluorine resin, characterized in that said valve body is joined at its base portion by laser welding to the central hole portion of said diaphragm . a film-like diaphragm of PFA suitable to be applied to a diaphragm valve flowing a liquid such as a high-purity chemical liquid or ultrapure water, said diaphragm being formed with a central hole portion at its central portion, and a valve body of fluorine resin, characterized in that said valve body is joined at its base portion by laser welding to the central hole portion of said diaphragm .
A process for the preparation of a propylene terpolymer comprising comonomer units derived from ethylene and from 1-butene, the process comprising the step of copolymerizing propylene, ethylene and 1-butene in the presence of a catalyst system comprising the product obtained by contacting the following components: (a) a solid catalyst component comprising a magnesium halide, a titanium compound having at least a Ti-halogen bond and at least two electron donor compounds one of which being present in an amount from 40 to 90% by mol with respect to the total amount of donors and selected from succinates and the other being selected from 1,3 diethers, (b) an aluminum hydrocarbyl compound, and (c) optionally an external electron donor compound. (a) a solid catalyst component comprising a magnesium halide, a titanium compound having at least a Ti-halogen bond and at least two electron donor compounds one of which being present in an amount from 40 to 90% by mol with respect to the total amount of donors and selected from succinates and the other being selected from 1,3 diethers, (b) an aluminum hydrocarbyl compound, and (c) optionally an external electron donor compound.
A display device (DD), comprising: a display module (DM) including a first non-folding region (NFA1), a second non-folding region (NFA2), and a folding region (FA) disposed between the first and second non-folding regions (NFA1, NFA2); a first body (BD1) disposed below the first non-folding region (NFA1); a second body (BD2) disposed below the second non-folding region (NFA2); a plurality of rotation pin units (RPN1, RPN2) connected to the first and second bodies (BD1, BD2) to provide a first and a second biaxial rotation axis (RX1, RX2), which is overlapped with the folding region (FA), to the first and second bodies (BD1, BD2); the plurality of rotation pin units (RPN1, RPN2) comprise a first rotation pin unit (RPN1) defining the first biaxial rotation axis (RX1) and a second rotation pin unit (RPN2) defining the second biaxial rotation axis (RX2), and a plurality of gears (GR1, GR2) which rotate in conjunction with the plurality of rotation pin units (RPN1, RPN2) characterized in that the plurality of gears (GR1, GR2) is disposed below the plurality of rotation pin units (RPN1, RPN2) and is separated from the plurality of rotation pin units (RPN1, RPN2). a display module (DM) including a first non-folding region (NFA1), a second non-folding region (NFA2), and a folding region (FA) disposed between the first and second non-folding regions (NFA1, NFA2); a first body (BD1) disposed below the first non-folding region (NFA1); a second body (BD2) disposed below the second non-folding region (NFA2); a plurality of rotation pin units (RPN1, RPN2) connected to the first and second bodies (BD1, BD2) to provide a first and a second biaxial rotation axis (RX1, RX2), which is overlapped with the folding region (FA), to the first and second bodies (BD1, BD2); the plurality of rotation pin units (RPN1, RPN2) comprise a first rotation pin unit (RPN1) defining the first biaxial rotation axis (RX1) and a second rotation pin unit (RPN2) defining the second biaxial rotation axis (RX2), and a plurality of gears (GR1, GR2) which rotate in conjunction with the plurality of rotation pin units (RPN1, RPN2) characterized in that the plurality of gears (GR1, GR2) is disposed below the plurality of rotation pin units (RPN1, RPN2) and is separated from the plurality of rotation pin units (RPN1, RPN2).
A loom system for making a fibrous preform, comprising: a base ; an annular bedplate coupled to the base, wherein the bedplate is configured to rotate about an axis of rotation ; and an air entangling module coupled to the base, the air entangling module comprising an air entangling head coupled to an outer support and an inner support , wherein the air entangling head is configured to apply a jet of air toward the bedplate at an entangling zone, wherein the air entangling head has freedom of motion along the outer support and the inner support, the air entangling head being configured to rest in contact with a top of a fibrous layer. a base ; an annular bedplate coupled to the base, wherein the bedplate is configured to rotate about an axis of rotation ; and an air entangling module coupled to the base, the air entangling module comprising an air entangling head coupled to an outer support and an inner support , wherein the air entangling head is configured to apply a jet of air toward the bedplate at an entangling zone, wherein the air entangling head has freedom of motion along the outer support and the inner support, the air entangling head being configured to rest in contact with a top of a fibrous layer.
A respirator having a neck portion for encircling around a neck of a wearer and a helmet portion for encircling around a helmet of the wearer, the respirator extending between the neck and helmet portions so as to fully enclose a head of the wearer when the respirator is deployed, wherein the respirator is packable into a packed configuration by moving the helmet portion down the head to meet the neck portion at the neck, or by moving the neck portion up the head to meet the helmet portion at the helmet, and wherein the respirator comprises a shoulder portion connected to the neck portion for resting upon the shoulders of the wearer and a middle portion that extends between the neck and helmet portions characterised in that the neck portion comprises one half of an attachment device and the shoulder portion comprises another half of the attachment device , the middle portion and the helmet portion being packable between the neck portion and the shoulder portion and securable therebetween by attaching the two halves of the attachment device together.
Process for the co-production of methanol and ammonia in parallel comprising the steps of (a) providing a hydrocarbon feed stock; (b) preparing a separate hydrogen stream and a separate oxygen stream by electrolysis of water; (c) preparing a separate oxygen stream and a separate nitrogen stream by separation of air; (d) introducing at least part of the separate oxygen stream from step (b) and at least part of the separate oxygen from step (c) into an autothermal reformer; (e) in the autothermal reformer autothermal reforming the hydrocarbon feed stock from step (a) to a methanol synthesis gas comprising hydrogen and carbon oxides; (f) converting the methanol synthesis gas to raw methanol in a methanol synthesis stage; and in parallel (g) introducing the at least part of the separate hydrogen stream from step (b) and the separate nitrogen stream from step (c) into an ammonia synthesis loop and converting the nitrogen and hydrogen stream to ammonia. (a) providing a hydrocarbon feed stock; (b) preparing a separate hydrogen stream and a separate oxygen stream by electrolysis of water; (c) preparing a separate oxygen stream and a separate nitrogen stream by separation of air; (d) introducing at least part of the separate oxygen stream from step (b) and at least part of the separate oxygen from step (c) into an autothermal reformer; (e) in the autothermal reformer autothermal reforming the hydrocarbon feed stock from step (a) to a methanol synthesis gas comprising hydrogen and carbon oxides; (f) converting the methanol synthesis gas to raw methanol in a methanol synthesis stage; and in parallel (g) introducing the at least part of the separate hydrogen stream from step (b) and the separate nitrogen stream from step (c) into an ammonia synthesis loop and converting the nitrogen and hydrogen stream to ammonia.
A ship with an ammunition elevator, comprising: a load carrier for receiving material to be conveyed , such as ammunition or provisions; and a support column to which the load carrier is longitudinally movably attached; wherein the load carrier is driven by a drive unit via a traction device guided along the support column ; characterized in that the support column is elastically supported relative to the ship's hull. a load carrier for receiving material to be conveyed , such as ammunition or provisions; and a support column to which the load carrier is longitudinally movably attached; wherein the load carrier is driven by a drive unit via a traction device guided along the support column ; characterized in that the support column is elastically supported relative to the ship's hull.
An electronic device comprising: a first cavity and a second cavity ; a first light emitter located in the first cavity and configured to generate a first light; a first light sensor located in the first cavity, the first light sensor configured to: detect a portion of the first light that is reflected from a user, and generate a first signal indicative of the portion of the first light that is reflected from the user, the first signal including non-pulsatile blood information; a second light emitter located in the first cavity and configured to generate a second light; a second light sensor located in the second cavity, the second light sensor configured to: detect a reflection of the second light, and generate a second signal indicative of the reflection of the second light; and logic coupled to the first and second light sensor, the logic configured to: receive the first signal and the second signal, and determine heart rate from the first signal and the second signal. a first cavity and a second cavity ; a first light emitter located in the first cavity and configured to generate a first light; a first light sensor located in the first cavity, the first light sensor configured to: detect a portion of the first light that is reflected from a user, and generate a first signal indicative of the portion of the first light that is reflected from the user, the first signal including non-pulsatile blood information; detect a portion of the first light that is reflected from a user, and generate a first signal indicative of the portion of the first light that is reflected from the user, the first signal including non-pulsatile blood information; a second light emitter located in the first cavity and configured to generate a second light; a second light sensor located in the second cavity, the second light sensor configured to: detect a reflection of the second light, and generate a second signal indicative of the reflection of the second light; and logic coupled to the first and second light sensor, the logic configured to: receive the first signal and the second signal, and determine heart rate from the first signal and the second signal. detect a reflection of the second light, and generate a second signal indicative of the reflection of the second light; and logic coupled to the first and second light sensor, the logic configured to: receive the first signal and the second signal, and determine heart rate from the first signal and the second signal. receive the first signal and the second signal, and determine heart rate from the first signal and the second signal.