mhurhangee/patent-ind-claim-en huggingface dataset:
A medical observation apparatus that is configured to acquire a signal for generating an image of an observation target and to display an observation image based on the acquired signal, the medical observation apparatus comprising: a contactless signal input unit configured to receive input of a first operation instruction signal through a contactless operation by an operator; a contact signal input unit configured to receive input of a second operation instruction signal through a contact operation by the operator; a control unit configured to set at least one of processing modes for the observation image according to the first operation instruction signal, and to assign at least one of signal input functions according to the at least one of the processing modes to the second operation instruction signal that is input to the contact signal input unit ; and an image processing unit configured to generate a display image having the observation image and having at least one of guide images for guiding an operation according to the at least one of the signal input functions assigned to the contact signal input unit , characterized in that each of the guide images being an image representing a relationship between a position of a hand of the operator who operates the contact signal input unit , and a direction of movement of the observation image according to the at least one of the signal input functions in the at least one of the processing modes set by the control unit . a contactless signal input unit configured to receive input of a first operation instruction signal through a contactless operation by an operator; a contact signal input unit configured to receive input of a second operation instruction signal through a contact operation by the operator; a control unit configured to set at least one of processing modes for the observation image according to the first operation instruction signal, and to assign at least one of signal input functions according to the at least one of the processing modes to the second operation instruction signal that is input to the contact signal input unit ; and an image processing unit configured to generate a display image having the observation image and having at least one of guide images for guiding an operation according to the at least one of the signal input functions assigned to the contact signal input unit , characterized in that each of the guide images being an image representing a relationship between a position of a hand of the operator who operates the contact signal input unit , and a direction of movement of the observation image according to the at least one of the signal input functions in the at least one of the processing modes set by the control unit .
A surface modifying device, comprising a discharge electrode (E) that is placed in an electrode chamber (C) and has a length equal to or longer than a width of a treatment base material such as a film (F) or the like, and a treatment roller that transfers the treatment base material, the discharge electrode (E) facing the treatment base material, a discharge being produced between the discharge electrode (E) and the treatment roller, wherein the discharge electrode (E) includes a pair of electrode members each of which has a length approximately matching to the width of the treatment base material, and a gas passage has a distal end opening to a face-to-face area between the discharge electrode (E) and the treatment roller, and a support member has a plurality of gas guide holes formed therein in a longitudinal direction of the support member , the plurality of gas guide holes communicates with a replacement-gas feeding system, and the gas guide holes communicate with the gas passage , characterized in, that the pair of electrode members are located on the opposite side of the support member from each other by engaging hook recesses thereof on a hook protrusion of the support member , and a holder clamps the pair of face-to-face electrode members , the support member having a length approximately equal to the length of the electrode members , and an interstice is formed in the face-to-face area between the electrode members to serve as the gas passage . the discharge electrode (E) includes a pair of electrode members each of which has a length approximately matching to the width of the treatment base material, and a gas passage has a distal end opening to a face-to-face area between the discharge electrode (E) and the treatment roller, and a support member has a plurality of gas guide holes formed therein in a longitudinal direction of the support member , the plurality of gas guide holes communicates with a replacement-gas feeding system, and the gas guide holes communicate with the gas passage , the pair of electrode members are located on the opposite side of the support member from each other by engaging hook recesses thereof on a hook protrusion of the support member , and a holder clamps the pair of face-to-face electrode members , the support member having a length approximately equal to the length of the electrode members , and an interstice is formed in the face-to-face area between the electrode members to serve as the gas passage .
Vehicle fluid tank for receiving fluid in a vehicle, the vehicle fluid tank comprising: a fluid tank shell which encloses an interior space of the vehicle fluid tank for receiving fluid , wherein the fluid tank shell comprises an inner surface facing the interior space of the vehicle fluid tank , wherein the fluid tank shell is formed from a plastic, wherein a surface-modifying substance is diffusion-stably embedded within the plastic; characterized in that the surface-modifying substance is configured to change a surface property of the inner surface of the fluid tank shell in order to prevent a colonization of the inner surface by microorganism, wherein the surface-modifying substance comprises a surface-polarizing substance which is configured to change a polarization of the inner surface of the fluid tank shell in order to prevent a colonization of the inner surface by microorganism. a fluid tank shell which encloses an interior space of the vehicle fluid tank for receiving fluid , wherein the fluid tank shell comprises an inner surface facing the interior space of the vehicle fluid tank , wherein the fluid tank shell is formed from a plastic, wherein a surface-modifying substance is diffusion-stably embedded within the plastic; characterized in that the surface-modifying substance is configured to change a surface property of the inner surface of the fluid tank shell in order to prevent a colonization of the inner surface by microorganism, wherein the surface-modifying substance comprises a surface-polarizing substance which is configured to change a polarization of the inner surface of the fluid tank shell in order to prevent a colonization of the inner surface by microorganism.
A wireless communication method comprising: transmitting system information on a broadcast channel to a user device, wherein the system information includes a time domain start point of a configured set of common control blocks that is to be transmitted and a pattern of synchronization signal blocks, wherein each common control block comprises at least one control resource set, CORESET, with paging information, wherein the pattern of synchronization signal blocks comprises a first bitmap indicating synchronization signal blocks transmitted within a synchronization signal block group, and a second bitmap indicating one or more transmitted synchronization signal block groups; and performing a transmission with the user device according to the system information, wherein a k th common control block of the configured set of common control blocks to be transmitted corresponds to a k th synchronization signal block of the transmitted synchronization signal blocks, k being a non-negative integer. transmitting system information on a broadcast channel to a user device, wherein the system information includes a time domain start point of a configured set of common control blocks that is to be transmitted and a pattern of synchronization signal blocks, wherein each common control block comprises at least one control resource set, CORESET, with paging information, wherein the pattern of synchronization signal blocks comprises a first bitmap indicating synchronization signal blocks transmitted within a synchronization signal block group, and a second bitmap indicating one or more transmitted synchronization signal block groups; and performing a transmission with the user device according to the system information, wherein a k th common control block of the configured set of common control blocks to be transmitted corresponds to a k th synchronization signal block of the transmitted synchronization signal blocks, k being a non-negative integer.
Moveable leaktight panel for a wall of a motor vehicle, comprising: - a plate that is designed to at least partially close off an opening formed in said wall , - a mounting device for mounting said plate on said wall so as to be moveable between a position at least partially closing off said opening and a position at least partially opening up said opening , - an inflatable and deflatable seal that is designed to be arranged between the plate and the wall , and inflation and deflation means for inflating and deflating said seal , characterized in that it comprises a mechanical coupling device mechanically linking the mounting device for mounting the plate and the inflation and deflation means for inflating and deflating the seal , such that the implementation of the mounting device to move the plate from the closing-off position thereof to the opening-up position thereof involves deflating the seal and the implementation of the mounting device to move the plate from the opening-up position thereof to the closing-off position thereof involves inflating the seal , the mechanical coupling device including an actuator that is linked to said mounting device and mounted on a pad rigidly connected to said plate . - a plate that is designed to at least partially close off an opening formed in said wall , - a mounting device for mounting said plate on said wall so as to be moveable between a position at least partially closing off said opening and a position at least partially opening up said opening , - an inflatable and deflatable seal that is designed to be arranged between the plate and the wall , and inflation and deflation means for inflating and deflating said seal , characterized in that it comprises a mechanical coupling device mechanically linking the mounting device for mounting the plate and the inflation and deflation means for inflating and deflating the seal , such that the implementation of the mounting device to move the plate from the closing-off position thereof to the opening-up position thereof involves deflating the seal and the implementation of the mounting device to move the plate from the opening-up position thereof to the closing-off position thereof involves inflating the seal , the mechanical coupling device including an actuator that is linked to said mounting device and mounted on a pad rigidly connected to said plate .
Heating device adapted to be assembled to a support element of a windscreen wiper , the heating device including: • at least one element having a longitudinal main axis and adapted to be mounted inside a longitudinal housing of the support element so as to form a spline, said housing being open above said spline via a longitudinal slot ; • at least one heating element disposed on the element forming a spline and connected by electrically conductive means to an electrical connector disposed on a so-called upper face thereof; characterized in that the heating element is disposed on a so-called lower face of the element forming a spline and in that said electrically conductive means pass from said lower face to said upper face around the element forming a spline at one of the ends thereof. • at least one element having a longitudinal main axis and adapted to be mounted inside a longitudinal housing of the support element so as to form a spline, said housing being open above said spline via a longitudinal slot ; • at least one heating element disposed on the element forming a spline and connected by electrically conductive means to an electrical connector disposed on a so-called upper face thereof;
A method for assessing primer composition coat weight on a print substrate, the method comprising: providing a primed print substrate comprising an organic print substrate material on which a primer layer comprising an organic primer composition is disposed; spectroscopically analysing the primed print substrate using Fourier transform infrared (FTIR) spectroscopy by attenuated total reflectance (ATR) to produce a FTIR spectrum of the primer layer disposed on the print substrate; identifying a primer peak in the FTIR spectrum which is characteristic of the organic primer composition; identifying a print substrate peak in the FTIR spectrum which is characteristic of the organic print substrate material; and comparing the primer peak and the print substrate peak and assessing the primer composition coat weight on the print substrate of the primed print substrate based on the comparison. providing a primed print substrate comprising an organic print substrate material on which a primer layer comprising an organic primer composition is disposed; spectroscopically analysing the primed print substrate using Fourier transform infrared (FTIR) spectroscopy by attenuated total reflectance (ATR) to produce a FTIR spectrum of the primer layer disposed on the print substrate; identifying a primer peak in the FTIR spectrum which is characteristic of the organic primer composition; identifying a print substrate peak in the FTIR spectrum which is characteristic of the organic print substrate material; and comparing the primer peak and the print substrate peak and assessing the primer composition coat weight on the print substrate of the primed print substrate based on the comparison.
Optometry device for testing an individual's eye (E) comprising: - an imaging module ; - a beam splitter arranged to combine a first image and a second image for the individual's eye (E); - a screen facing the beam splitter ; characterised by - a concave mirror arranged in combination with the screen to produce the second image to be visible by the individual's eye via the beam splitter , wherein the screen is a video display and wherein the imaging module is adapted to produce the first image at a variable distance for the individual's eye (E). - an imaging module ; - a beam splitter arranged to combine a first image and a second image for the individual's eye (E); - a screen facing the beam splitter ; characterised by - a concave mirror arranged in combination with the screen to produce the second image to be visible by the individual's eye via the beam splitter ,
A fabric printable medium comprising: a. a fabric base substrate , with an image-side and a back-side , having a water proofing treatment including a water-repellant agent applied thereto wherein the water-repellent agent is a fluorocarbon polymer; b. an adhesion promoting player applied to the image-side of the fabric base substrate , comprising a polymeric compound and a physical networking component that comprises an acrylate copolymer, a polyethylene glycol copolymer, a polyurethane copolymer, an isophorone diisocyanate, or a combination thereof and has a weight average molecular weight from 300,000 Mw to 1,000,000 Mw; c. an ink-receiving coating layer applied over the adhesion promoting player , comprising a first and a second crosslinked polymeric network; and d. a barrier player , applied to the back-side of the fabric base substrate, comprising polymeric binders and filler particles with flame retardancy properties. a. a fabric base substrate , with an image-side and a back-side , having a water proofing treatment including a water-repellant agent applied thereto wherein the water-repellent agent is a fluorocarbon polymer; b. an adhesion promoting player applied to the image-side of the fabric base substrate , comprising a polymeric compound and a physical networking component that comprises an acrylate copolymer, a polyethylene glycol copolymer, a polyurethane copolymer, an isophorone diisocyanate, or a combination thereof and has a weight average molecular weight from 300,000 Mw to 1,000,000 Mw; c. an ink-receiving coating layer applied over the adhesion promoting player , comprising a first and a second crosslinked polymeric network; and d. a barrier player , applied to the back-side of the fabric base substrate, comprising polymeric binders and filler particles with flame retardancy properties.
An illumination unit comprising: a plurality of light sources ; a first light source comprising at least one of the light sources ; a second light source comprising two of the light sources ; an optical member configured to allow incident light from the light sources to pass therethrough; wherein said second light source comprises: a first auxiliary light source of the plurality of light sources that is configured to include a plurality of light-emitting spots each of which emits a first light beam in a same first wavelength band, a second auxiliary light source of the plurality of light sources that is different from the first light source and is configured to include one or more light-emitting-spots each of which emits a second light beam in a wavelength band different from the first wavelength band, the light-emitting spots of the second auxiliary light source being different from the light-emitting spots of the first auxiliary light source , characterized in that directions of major axes of far field patterns of the first and second light beams are substantially aligned with each other. a plurality of light sources ; a first light source comprising at least one of the light sources ; a second light source comprising two of the light sources ; an optical member configured to allow incident light from the light sources to pass therethrough; wherein said second light source comprises: a first auxiliary light source of the plurality of light sources that is configured to include a plurality of light-emitting spots each of which emits a first light beam in a same first wavelength band, a second auxiliary light source of the plurality of light sources that is different from the first light source and is configured to include one or more light-emitting-spots each of which emits a second light beam in a wavelength band different from the first wavelength band, the light-emitting spots of the second auxiliary light source being different from the light-emitting spots of the first auxiliary light source , characterized in that directions of major axes of far field patterns of the first and second light beams are substantially aligned with each other. a first auxiliary light source of the plurality of light sources that is configured to include a plurality of light-emitting spots each of which emits a first light beam in a same first wavelength band, a second auxiliary light source of the plurality of light sources that is different from the first light source and is configured to include one or more light-emitting-spots each of which emits a second light beam in a wavelength band different from the first wavelength band, the light-emitting spots of the second auxiliary light source being different from the light-emitting spots of the first auxiliary light source , characterized in that directions of major axes of far field patterns of the first and second light beams are substantially aligned with each other.
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source , which apparatus comprises a measurement beam source which is adapted to generate a measurement beam , wherein a beam guiding unit is provided that is adapted to guide the measurement beam in the build plane in the process chamber, wherein a determination device is adapted to determine at least one parameter relating to the object and/or a build material layer based on interference, characterized by a beam splitter that is adapted to split the measurement beam in a reference part and a measurement part , wherein the beam splitter is further adapted to guide the reference part to a reference mirror and the measurement part to the build plane , wherein the beam splitter is further adapted to combine the reference part reflected at the reference mirror and the measurement part reflected at the build plane and guide the combined part towards a detector unit , wherein the apparatus further comprises at least one movement unit adapted to move the measurement part across the build plane relative to the energy beam guided onto the build material layer to selectively irradiate the build material layer , wherein the movement unit is adapted to guide the measurement beam in a loop in the build plane .
An integrated circuit comprising means for: controlling reception of a first power headroom (PHR), which is computed based on a maximum transmit power and a transmit power for a data channel and transmitted at a mobile station, and controlling reception of a second PHR, which is computed based on the maximum transmit power, the transmit power for the data channel, and a transmit power for a control channel and transmitted at the mobile station; and setting a transmission mode of the data channel and the control channel for the mobile station, wherein in case of a TDM transmission mode of the data channel and the control channel, the first PHR is received, and in case of a FDM transmission mode of the data channel and the control channel, the second PHR is received. controlling reception of a first power headroom (PHR), which is computed based on a maximum transmit power and a transmit power for a data channel and transmitted at a mobile station, and controlling reception of a second PHR, which is computed based on the maximum transmit power, the transmit power for the data channel, and a transmit power for a control channel and transmitted at the mobile station; and setting a transmission mode of the data channel and the control channel for the mobile station, wherein in case of a TDM transmission mode of the data channel and the control channel, the first PHR is received, and in case of a FDM transmission mode of the data channel and the control channel, the second PHR is received.
Hob , having a hob plate and a mains connection housing (2; 6; 9; 12; 16), which contacts an underside of the hob plate via at least one foot (5; 8; 11; 14; 18), wherein the at least one foot (5; 8; 11; 14; 18) protrudes at an oblique angle (α) in relation to the rest of the mains connection housing (2; 6; 9; 12; 16) in the direction of the underside of the hob plate , characterised in that at least one foot (5; 8; 11; 14; 18) is a foot (5; 8) with a straight-line cross-section or a curved foot (11; 14; 18), which extends with a straight-line cross-section, in sections, up to a contact region with the underside of the hob plate and is rounded off opposite the hob plate in the contact region.