mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: an LCD display and an optical component , wherein the LCD display comprises a cover glass, CG , a first LCD glass substrate , a color film, CF, layer , a liquid crystal , a second LCD glass substrate , a thin-film transistor, TFT, layer , and a backlight module ; wherein pin-through-holes are formed in the CF layer , the liquid crystal , the TFT layer and the backlight module , forming a transparent channel on the LCD display, and wherein a component body of the optical component in the electronic device is completely or partially disposed in the transparent channel, wherein the transparent channel transmits light to the optical component ; wherein the component body of the optical component in the electronic device is completely or partially disposed at a position in the pin-through-hole in the backlight module , and beneath the pin-through-holes in the color film , the liquid crystal and the TFT layer ; wherein the cover glass, CG , a first LCD glass substrate , and a second LCD glass substrate are not cut off from the local transparent region. an LCD display and an optical component , wherein the LCD display comprises a cover glass, CG , a first LCD glass substrate , a color film, CF, layer , a liquid crystal , a second LCD glass substrate , a thin-film transistor, TFT, layer , and a backlight module ; wherein pin-through-holes are formed in the CF layer , the liquid crystal , the TFT layer and the backlight module , forming a transparent channel on the LCD display, and wherein the LCD display comprises a cover glass, CG , a first LCD glass substrate , a color film, CF, layer , a liquid crystal , a second LCD glass substrate , a thin-film transistor, TFT, layer , and a backlight module ; wherein pin-through-holes are formed in the CF layer , the liquid crystal , the TFT layer and the backlight module , forming a transparent channel on the LCD display, and wherein a component body of the optical component in the electronic device is completely or partially disposed in the transparent channel, wherein the transparent channel transmits light to the optical component ; wherein the component body of the optical component in the electronic device is completely or partially disposed at a position in the pin-through-hole in the backlight module , and beneath the pin-through-holes in the color film , the liquid crystal and the TFT layer ; wherein the cover glass, CG , a first LCD glass substrate , and a second LCD glass substrate are not cut off from the local transparent region. wherein the component body of the optical component in the electronic device is completely or partially disposed at a position in the pin-through-hole in the backlight module , and beneath the pin-through-holes in the color film , the liquid crystal and the TFT layer ; wherein the cover glass, CG , a first LCD glass substrate , and a second LCD glass substrate are not cut off from the local transparent region.
A system for use in a bariatric surgical procedure, comprising: a sleeve gastrectomy device having a proximal end and a distal end and defining a channel therebetween, the proximal end defining an opening therein configured to be coupled with a vacuum source, the distal end having a blunt tip , wherein the sleeve gastrectomy device has a series of openings defined along its length in communication with the channel; and at least one reinforcement scaffold; characterised in that the at least one reinforcement scaffold includes: a first reinforcement scaffold shaped to be wrapped around a first longitudinal section of a stomach; and a second reinforcement scaffold shaped to be wrapped around a second longitudinal section of a stomach, the first reinforcement scaffold and the second reinforcement scaffold being configured to maintain the reduced size of the stomach. a sleeve gastrectomy device having a proximal end and a distal end and defining a channel therebetween, the proximal end defining an opening therein configured to be coupled with a vacuum source, the distal end having a blunt tip , wherein the sleeve gastrectomy device has a series of openings defined along its length in communication with the channel; and at least one reinforcement scaffold; characterised in that the at least one reinforcement scaffold includes: a first reinforcement scaffold shaped to be wrapped around a first longitudinal section of a stomach; and a second reinforcement scaffold shaped to be wrapped around a second longitudinal section of a stomach, the first reinforcement scaffold and the second reinforcement scaffold being configured to maintain the reduced size of the stomach. a first reinforcement scaffold shaped to be wrapped around a first longitudinal section of a stomach; and a second reinforcement scaffold shaped to be wrapped around a second longitudinal section of a stomach, the first reinforcement scaffold and the second reinforcement scaffold being configured to maintain the reduced size of the stomach.
A heating system comprising: a voltage source configured to provide a current; a heater circuit (16, 18 26) electrically coupled to the voltage source, the heater circuit comprising: a heater array configured to provide heat to a region using the current; and a compensation circuit electrically coupled to the voltage source in parallel with the heater array, the compensation circuit configured to maintain the current above a threshold current level when the heater array is operable; a current sensor configured to measure a level of the current to the heater circuit and output an alert in response to the current falling below the threshold current level; characterised in that the compensation circuit comprises a thermistor and a current limiting resistor electrically coupled to the thermistor in series, the current limiting resistor configured to prevent the current from rising above the threshold current level when the heater array is inoperable. a voltage source configured to provide a current; a heater circuit (16, 18 26) electrically coupled to the voltage source, the heater circuit comprising: a heater array configured to provide heat to a region using the current; and a compensation circuit electrically coupled to the voltage source in parallel with the heater array, the compensation circuit configured to maintain the current above a threshold current level when the heater array is operable; a heater array configured to provide heat to a region using the current; and a compensation circuit electrically coupled to the voltage source in parallel with the heater array, the compensation circuit configured to maintain the current above a threshold current level when the heater array is operable; a current sensor configured to measure a level of the current to the heater circuit and output an alert in response to the current falling below the threshold current level; characterised in that the compensation circuit comprises a thermistor and a current limiting resistor electrically coupled to the thermistor in series, the current limiting resistor configured to prevent the current from rising above the threshold current level when the heater array is inoperable.
A method of specifying a lighting effect to be emitted by an illumination source in order to illuminate a target object , the method comprising: receiving at least one image captured by a camera of a camera device from a perspective of (A) the camera being placed at a position at which the illumination source is to be installed, or elsewhere on a straight line between said position and the target object, and (B) the camera being directed along said line toward the target object; automatically determining one or more parameters of the target object based on the at least one captured image; automatically specifying one or more properties for said lighting effect in dependence on the one or more parameters of the target object as determined based on the at least one captured image; and instigating creation of said lighting effect so as to include the one or more specified properties; wherein said specifying comprises generating a specification for the illumination source or at least one custom component of the illumination source , and wherein said instigating comprises outputting the specification to a system or service for generating the illumination source or the at least one custom component. receiving at least one image captured by a camera of a camera device from a perspective of (A) the camera being placed at a position at which the illumination source is to be installed, or elsewhere on a straight line between said position and the target object, and (B) the camera being directed along said line toward the target object; automatically determining one or more parameters of the target object based on the at least one captured image; automatically specifying one or more properties for said lighting effect in dependence on the one or more parameters of the target object as determined based on the at least one captured image; and instigating creation of said lighting effect so as to include the one or more specified properties;
Plate heat exchanger comprising a plurality of heat transfer plates stacked on top of each other, wherein gaskets are positioned between adjacent heat transfer plates , wherein each gasket is arranged in a gasket groove formed in a heat transfer plate and a bottom part of the gasket groove in an edge part running along an edge of the heat transfer plate defines a base level , wherein the gasket groove comprises a reinforcing pattern having a first recess at a first recessed level extending from the base level and extending in a lengthwise direction of the gasket groove , characterized in that the reinforcing pattern comprises a second recess at a second recess level extending in lengthwise direction of the gasket groove , wherein the second recess extends from the first recess .
A method for wireless communication performed by a user equipment, UE, comprising: maintaining a first prioritized bit rate, PBR, and a second PBR for each of one or more logical channels, the first PBR associated with transmissions in a shared radio frequency spectrum band and a dedicated radio frequency spectrum band, and the second PBR associated with transmissions in the dedicated radio frequency spectrum band; and mapping at least a portion of data associated with a logical channel of the one or more logical channels to resources of one or more uplink grants according to the first PBR for the logical channel and the second PBR for the logical channel. maintaining a first prioritized bit rate, PBR, and a second PBR for each of one or more logical channels, the first PBR associated with transmissions in a shared radio frequency spectrum band and a dedicated radio frequency spectrum band, and the second PBR associated with transmissions in the dedicated radio frequency spectrum band; and mapping at least a portion of data associated with a logical channel of the one or more logical channels to resources of one or more uplink grants according to the first PBR for the logical channel and the second PBR for the logical channel.
A compacting unit for a drafting system of a textile machine, for condensing a finished drawn fiber strand , the compacting unit comprising at least one fiber strand guide , and the fiber strand guide comprising a guide surface (11a, 11b; 13a, 13b) for the fiber strand , in the longitudinal direction of which the fiber strand can run, and a support surface disposed on the guide surface (11a, 11b; 13a, 13b) being provided for supporting the compacting unit on a drafting system roller , the support surface of the fiber strand guide being made of a plastic, and the fiber strand guide comprises a wear edge on the support surface thereof along the guide surface (11a, 11b; 13a, 13b) characterized in that the support surface of the fiber strand guide is made of a plastic having sliding bearing properties and that the wear edge gradually drops off from the guide surface (11a, 11b; 13a, 13b) towards the support surface . the compacting unit comprising at least one fiber strand guide , and the fiber strand guide comprising a guide surface (11a, 11b; 13a, 13b) for the fiber strand , in the longitudinal direction of which the fiber strand can run, and a support surface disposed on the guide surface (11a, 11b; 13a, 13b) being provided for supporting the compacting unit on a drafting system roller , the support surface of the fiber strand guide being made of a plastic, and the fiber strand guide comprises a wear edge on the support surface thereof along the guide surface (11a, 11b; 13a, 13b) characterized in that the support surface of the fiber strand guide is made of a plastic having sliding bearing properties and that the wear edge gradually drops off from the guide surface (11a, 11b; 13a, 13b) towards the support surface .
An apparatus for assisting physical movement, the apparatus comprising: a body wearing unit for, in use, being put on a specific body of a user; a strap linked to one side of the body wearing unit ; a strain sensor provided on the strap to measure a tension applied to the strap ; a strap driving unit linked to the strap to wind or unwind the strap depending on rotation; a control unit configured to control the strap driving unit based on a measurement value of the strain sensor ; and an encoder to measure rotation data of the strap driving unit , and wherein the strap driving unit is configured to rotate in a stationary state such that a reference tension having a specific intensity is applied to the strain sensor ; and to rotate in a specific direction as the applied tension to the strap becomes higher or lower the reference tension depending on movement of a user, and wherein the control unit is configured to set the reference tension and a maximum tension, and the control unit is configured to rotate the strap driving unit in a direction of winding the strap when the applied tension becomes lower than the reference tension by a threshold value or more; and to rotate the strap driving unit in a direction of unwinding the strap when the applied tension becomes greater than the reference tension by a threshold value or more, and characterized in that the apparatus for assisting physical movement further comprises: a communication unit to transmit the rotation data to a terminal, and wherein the terminal generates and outputs a body image corresponding to the rotation data. a body wearing unit for, in use, being put on a specific body of a user; a strap linked to one side of the body wearing unit ; a strain sensor provided on the strap to measure a tension applied to the strap ; a strap driving unit linked to the strap to wind or unwind the strap depending on rotation; a control unit configured to control the strap driving unit based on a measurement value of the strain sensor ; and an encoder to measure rotation data of the strap driving unit , and wherein the strap driving unit is configured to rotate in a stationary state such that a reference tension having a specific intensity is applied to the strain sensor ; and to rotate in a specific direction as the applied tension to the strap becomes higher or lower the reference tension depending on movement of a user, and wherein the control unit is configured to set the reference tension and a maximum tension, and the control unit is configured to rotate the strap driving unit in a direction of winding the strap when the applied tension becomes lower than the reference tension by a threshold value or more; and to rotate the strap driving unit in a direction of unwinding the strap when the applied tension becomes greater than the reference tension by a threshold value or more, and the apparatus for assisting physical movement further comprises: a communication unit to transmit the rotation data to a terminal, and wherein the terminal generates and outputs a body image corresponding to the rotation data.
A process for preparing C 3 to C 19 aldehydes and/or alcohols by the hydroformylation of olefins and/or alkynes in the gas phase with a mixture of hydrogen and carbon monoxide over a heterogeneous catalyst at a temperature of 80-250°C and a pressure of 1.5 to 50 bar above atmospheric pressure, in the presence of a support material and/or of promoters, wherein the mixture of hydrogen and carbon monoxide has a H 2 /CO ratio of 0.1 to 0.9, the proportion of reactant component in the form of olefins and/or alkynes is in the range of 2-30% based on volume, and the catalytically active component used in the heterogeneous catalyst is rhodium phosphide or cobalt phosphide or mixtures of the two.
A driver for driving a laser , the driver comprising: - a switch block for switching a current to the laser , wherein the laser is connectable with a first current node of the switch block so as to enable current flowing via the first current node to the laser, the switch block comprises a differential stage and a corresponding first and second back termination resistor, wherein a first output pin of the differential stage is connected to one side of the first back termination resistor at the first current node , and wherein a second output pin of the differential stage is connected to one side of the second back termination resistor at a second node , and wherein the other sides of both back termination resistors are electrically connected with a common node , - a voltage converter comprising a voltage supply node , an input port for connecting a supply voltage node of the laser and an output port connected to the switch block , the voltage converter comprising a voltage replica block which is adapted for generating a pre-defined voltage, wherein the voltage converter is adapted for equalizing DC voltages in the driver during operation of the driver by using the pre-defined voltage, wherein the pre-defined voltage approximates a threshold voltage of the laser, - a balancer adapted for equalizing voltages of the first current node and of the second node of the switch block. - a switch block for switching a current to the laser , wherein the laser is connectable with a first current node of the switch block so as to enable current flowing via the first current node to the laser, the switch block comprises a differential stage and a corresponding first and second back termination resistor, wherein a first output pin of the differential stage is connected to one side of the first back termination resistor at the first current node , and wherein a second output pin of the differential stage is connected to one side of the second back termination resistor at a second node , and wherein the other sides of both back termination resistors are electrically connected with a common node , - a voltage converter comprising a voltage supply node , an input port for connecting a supply voltage node of the laser and an output port connected to the switch block , the voltage converter comprising a voltage replica block which is adapted for generating a pre-defined voltage, wherein the voltage converter is adapted for equalizing DC voltages in the driver during operation of the driver by using the pre-defined voltage, wherein the pre-defined voltage approximates a threshold voltage of the laser, - a balancer adapted for equalizing voltages of the first current node and of the second node of the switch block.
An ultrasound data relaying method, performed by an ultrasound data relaying apparatus , the method comprising steps of: receiving, from a mobile terminal , user information comprising a phone number of the mobile terminal inputted through an application installed in the mobile terminal ; receiving ultrasound photographing information from an ultrasound diagnosis apparatus or an external server comprising an ultrasound image of a target and measurement information indicating at least one of a size and length of the target; transmitting the ultrasound photographing information to the mobile terminal which is identified based on the received user information comprising the phone number of the mobile terminal ; and controlling the receiving of the user information, the receiving of the ultrasound photographing information and the transmitting of the ultrasound photographing information. receiving, from a mobile terminal , user information comprising a phone number of the mobile terminal inputted through an application installed in the mobile terminal ; receiving ultrasound photographing information from an ultrasound diagnosis apparatus or an external server comprising an ultrasound image of a target and measurement information indicating at least one of a size and length of the target; transmitting the ultrasound photographing information to the mobile terminal which is identified based on the received user information comprising the phone number of the mobile terminal ; and controlling the receiving of the user information, the receiving of the ultrasound photographing information and the transmitting of the ultrasound photographing information.
A sport bra with an adjustable underband tightening assembly, the sport bra comprising: a back portion adapted to cover at least a portion of a wearer's back when the sport bra is in an as-worn configuration, the back portion comprising at least: a central body portion adapted to cover the portion of the wearer's back when the sport bra is in the as-worn configuration, a first pair of shoulder straps extending from an upper margin of the central body portion , and a back underband segment extending from a lower margin of the central body portion and comprising a first wing extending laterally away from a first side of the back underband segment and terminating in a first end and a second wing extending laterally away from a second side of the back underband segment and terminating in a second end , wherein a releasable fastener mechanism is located on an inner-facing surface of the first and second ends ; and a front portion adapted to cover the wearer's breasts and at least a portion of the wearer's torso when the sport bra is in the as-worn configuration, the front portion comprising at least: a pair of breast cups , a second pair of shoulder straps extending from an upper margin of the pair of breast cups and secured to the first pair of shoulder straps to define an opening through which the wearer's head is inserted or removed when the sport bra is donned or doffed, and a front underband segment having a third end and a fourth end , the front underband segment extending from a lower margin of the pair of breast cups and adapted to cover the portion of the wearer's torso when the sport bra is in the as-worn configuration, characterized in that a releasable fastener mechanism is located on an outer-facing surface of the third and fourth ends .
A method for manufacturing a biodegradable and industrially compostable flexible foam moulded product, the method comprising: introducing a thermoplastic biopolymer blended masterbatch for foaming into a barrel of a moulding apparatus; introducing a fluid into the barrel under temperature and pressure conditions to produce a super critical fluid, which upon contact with the thermoplastic biopolymer blended masterbatch produces a thermoplastic foamed melt; injecting the thermoplastic foamed melt into a cavity of a suitable mould shape; applying a gas counterpressure (GCP) to the cavity, wherein a control unit is configured to dynamically apply varying GCP pressures at the melt-injection stage; and cooling the cavity to produce the biodegradable and industrially compostable flexible foam moulded product. introducing a thermoplastic biopolymer blended masterbatch for foaming into a barrel of a moulding apparatus; introducing a fluid into the barrel under temperature and pressure conditions to produce a super critical fluid, which upon contact with the thermoplastic biopolymer blended masterbatch produces a thermoplastic foamed melt; injecting the thermoplastic foamed melt into a cavity of a suitable mould shape; applying a gas counterpressure (GCP) to the cavity, wherein a control unit is configured to dynamically apply varying GCP pressures at the melt-injection stage; and cooling the cavity to produce the biodegradable and industrially compostable flexible foam moulded product.