mhurhangee/patent-ind-claim-en huggingface dataset:
Floor covering comprising a sheet material having a polymer composition comprising a first polymeric component (K1) and a second polymeric component (K2), wherein the first polymeric component (K1) comprises at least one substance selected from a group consisting of a thermoplastic and a thermoplastic elastomer, wherein the second polymeric component (K2) comprises a rubber, wherein the polymer composition is produced by mixing the first polymeric component (K1) and the second polymeric component (K2), wherein the rubber is present in the finished floor covering as non-crosslinked rubber.
An image display system comprising: an information display device , wherein the information display device comprises a transmission type display device displaying to a user a real image and a projection image superimposed on the real image; a camera to capture an image of the real image; a non-transmission type display ; and an image processing device , wherein the image processing device comprises an image acquisition unit , a characteristic parameter acquisition unit , a composition unit , and an image output unit ; wherein the composition unit is configured to perform composition processing for generating a composite image, which simulates a transmission state of the projection image via the transmission-type display, for display on the non-transmission type display, on the basis of a parameter representing characteristics of a model of the transmission-type display from the projection image and the real image , as captured by the camera; and wherein the characteristic parameter acquisition unit , is configured to acquire characteristic parameters of the model of transmission type display device, the characteristics comprising; a brightness (a1) of the projection image, a brightness (a2) that is preset as the brightness of the real image being perceived by a user, a brightness (b1) of the image captured by the camera , and a brightness (b2) that is preset as the brightness of the projection image seen by the user. an information display device , wherein the information display device comprises a transmission type display device displaying to a user a real image and a projection image superimposed on the real image; a camera to capture an image of the real image; a non-transmission type display ; and an image processing device , wherein the image processing device comprises an image acquisition unit , a characteristic parameter acquisition unit , a composition unit , and an image output unit ; wherein the composition unit is configured to perform composition processing for generating a composite image, which simulates a transmission state of the projection image via the transmission-type display, for display on the non-transmission type display, on the basis of a parameter representing characteristics of a model of the transmission-type display from the projection image and the real image , as captured by the camera; and wherein the characteristic parameter acquisition unit , is configured to acquire characteristic parameters of the model of transmission type display device, the characteristics comprising; a brightness (a1) of the projection image, a brightness (a2) that is preset as the brightness of the real image being perceived by a user, a brightness (b1) of the image captured by the camera , and a brightness (b2) that is preset as the brightness of the projection image seen by the user.
An occlusion crossing system, the system comprising: an outer shaft defining a lumen and a distal opening that is angled relative to a central axis of the outer shaft to form a distal-most tip , and a first engagement region within the lumen; and an inner shaft extending within the lumen and configured to rotate with respect to the outer shaft, the inner shaft including a distal end having a fluted tip that is configured to extend through the distal opening , a side-facing optical coherence tomography (OCT) imaging window on a lateral side of the inner shaft at a distal end region of the inner shaft, and a second engagement region on an outer surface of the inner shaft configured to engage with the first engagement region to limit a distal movement of the inner shaft within the outer shaft; wherein the distal-most tip of the distal opening is configured to occlude the OCT imaging window at a defined rotational position as the inner shaft is rotated relative to the outer shaft while the first engagement region is engaged with the second engagement region, to provide a registration mark for OCT imaging. an outer shaft defining a lumen and a distal opening that is angled relative to a central axis of the outer shaft to form a distal-most tip , and a first engagement region within the lumen; and an inner shaft extending within the lumen and configured to rotate with respect to the outer shaft, the inner shaft including a distal end having a fluted tip that is configured to extend through the distal opening , a side-facing optical coherence tomography (OCT) imaging window on a lateral side of the inner shaft at a distal end region of the inner shaft, and a second engagement region on an outer surface of the inner shaft configured to engage with the first engagement region to limit a distal movement of the inner shaft within the outer shaft; wherein the distal-most tip of the distal opening is configured to occlude the OCT imaging window at a defined rotational position as the inner shaft is rotated relative to the outer shaft while the first engagement region is engaged with the second engagement region, to provide a registration mark for OCT imaging.
A vertical two-platen clamping unit for an injection moulding machine, with: • a stationary base platen which is disposed on a plinth , • a platen which can be displaced in the vertical direction relative to the base platen , • struts which pass through the base platen and the displaceable platen and which are guided in both the base platen and also in the displaceable platen and which are movable relative thereto, • bushes disposed in the base platen and/or the displaceable platen in order to guide the struts , • pressure pads disposed on the base platen , by means of which pressure pads the struts can be placed under tension in order to build up a closing force, • a locking device which is disposed on the displaceable platen , by means of which the struts can be locked relative to the displaceable platen , wherein, in order to displace the displaceable platen in the vertical direction, a quick lift device is provided - which is preferably electromechanical or hydraulic - by means of which the displaceable platen can be displaced until contact of the mould onto the base platen occurs or can be moved away therefrom, wherein the clamping unit is frameless in configuration and, apart from the situation when it is locked by means of the locking device and when it is in contact with the mould, the displaceable platen is only supported on the base platen or the base via the quick lift device , wherein in the stationary base platen , one through bush is provided per strut or two bushes are provided, characterized in that one through bush is provided per strut in the displaceable platen . • a stationary base platen which is disposed on a plinth , • a platen which can be displaced in the vertical direction relative to the base platen , • struts which pass through the base platen and the displaceable platen and which are guided in both the base platen and also in the displaceable platen and which are movable relative thereto, • bushes disposed in the base platen and/or the displaceable platen in order to guide the struts , • pressure pads disposed on the base platen , by means of which pressure pads the struts can be placed under tension in order to build up a closing force, • a locking device which is disposed on the displaceable platen , by means of which the struts can be locked relative to the displaceable platen ,
A light-transmissive antenna comprising: a transparent base (1, L1) made of a transparent insulating material; an antenna pattern (2, L2) formed on the transparent base (1, L1), the antenna pattern (2, L2) being made of a transparent electrically conductive film that is a film-like member having a predetermined transmittance and a predetermined electrical conductivity; a plurality of highly electrically conductive patterns arranged on the antenna pattern (2, L2), each of the highly electrically conductive patterns being made of an electrically conductive member having a higher electrical conductivity than the transparent electrically conductive film and formed in a linear shape; characterized in that a second transparent base (5, L4) is disposed on an upper side of the antenna pattern (2, L2) and having a predetermined thickness, wherein the second transparent base (5, L4) is made of a transparent insulating material, and each of the plurality of highly electrically conductive patterns has a predetermined width set equal to or smaller than a value assumed as a resolution of human eyes, wherein the assumed value of the resolution of human eyes is set to 50 μm, and the second transparent base (5, L4) includes a slit having a straight line shape, the slit being formed perpendicularly to a flow direction of a resonance current in the antenna pattern (2, L2) on a lateral side of an antenna contact part that comes into contact with the antenna pattern (2, L2). a transparent base (1, L1) made of a transparent insulating material; an antenna pattern (2, L2) formed on the transparent base (1, L1), the antenna pattern (2, L2) being made of a transparent electrically conductive film that is a film-like member having a predetermined transmittance and a predetermined electrical conductivity; a plurality of highly electrically conductive patterns arranged on the antenna pattern (2, L2), each of the highly electrically conductive patterns being made of an electrically conductive member having a higher electrical conductivity than the transparent electrically conductive film and formed in a linear shape; characterized in that a second transparent base (5, L4) is disposed on an upper side of the antenna pattern (2, L2) and having a predetermined thickness, wherein the second transparent base (5, L4) is made of a transparent insulating material, and each of the plurality of highly electrically conductive patterns has a predetermined width set equal to or smaller than a value assumed as a resolution of human eyes, wherein the assumed value of the resolution of human eyes is set to 50 μm, and the second transparent base (5, L4) includes a slit having a straight line shape, the slit being formed perpendicularly to a flow direction of a resonance current in the antenna pattern (2, L2) on a lateral side of an antenna contact part that comes into contact with the antenna pattern (2, L2).
A method for controlling audio output, comprising: receiving , by a computing device , audio content to be presented; determining that an output port of the computing device is connected to a corresponding connector ; in response to determining that the output port is connected to the corresponding connector , providing the received audio content at the output port ; recording a portion of audio using a microphone of the computing device ; determining whether the received audio content is present in the portion of audio; subsequent to determining that the received audio content is present in the portion of audio, continuing to provide the received audio content at the output port ; in response to determining that the received audio content is not present in the portion of audio, presenting the received audio content using a speaker of the computing device . receiving , by a computing device , audio content to be presented; determining that an output port of the computing device is connected to a corresponding connector ; in response to determining that the output port is connected to the corresponding connector , providing the received audio content at the output port ; recording a portion of audio using a microphone of the computing device ; determining whether the received audio content is present in the portion of audio; subsequent to determining that the received audio content is present in the portion of audio, continuing to provide the received audio content at the output port ; in response to determining that the received audio content is not present in the portion of audio, presenting the received audio content using a speaker of the computing device .
A method by a mobile device for automatically selecting an appropriate service bearer to carry mobile device traffic, comprising: receiving , on the mobile device, a policy document that is provided by a service provider and containing one or more policies for selecting an appropriate service bearer to carry mobile device traffic; parsing the received policy document to extract one or more policies related to appropriate bearer selection; detecting the availability of one or more service bearers capable of carrying mobile traffic; detecting conditions of service bearers that are available, wherein a condition is a congestion level of at least one of the one or more service bearers; determining the appropriate bearer to carry the mobile device traffic, wherein the determination is based at least in part on the one or more policies extracted from the policy document and the detected availability and the detected conditions of the one or more service bearers; and if the determined appropriate service bearer is different from a current service bearer, switching the mobile device from the current service bearer to the determined appropriate service bearer. receiving , on the mobile device, a policy document that is provided by a service provider and containing one or more policies for selecting an appropriate service bearer to carry mobile device traffic; parsing the received policy document to extract one or more policies related to appropriate bearer selection; detecting the availability of one or more service bearers capable of carrying mobile traffic; detecting conditions of service bearers that are available, wherein a condition is a congestion level of at least one of the one or more service bearers; determining the appropriate bearer to carry the mobile device traffic, wherein the determination is based at least in part on the one or more policies extracted from the policy document and the detected availability and the detected conditions of the one or more service bearers; and if the determined appropriate service bearer is different from a current service bearer, switching the mobile device from the current service bearer to the determined appropriate service bearer.
A divided baffle for installation within an airfoil of a gas turbine engine , the airfoil having an inner diameter and an outer diameter, the divided baffle comprising: a baffle body having a first end and a second end, wherein the first end is configured to be located proximate the inner diameter when installed within the airfoil and the second end is configured to be located proximate the outer diameter when installed within the airfoil; at least one divider located within the baffle body and extending from the first end to the second end arranged to divide an interior of the baffle body into two or more feed cavities ; characterised in that the divided baffle further comprises: at least one cap arranged at the first end to bound a first feed cavity of the two or more. feed cavities , wherein the at least one cap at the first end blocks or prevents flow into the first feed cavity at the first end; and at least one cap arranged at the second end to bound a second feed cavity of the two or more feed cavities, wherein the at least one cap at the second end blocks or prevents flow into the second feed cavity at the second end. a baffle body having a first end and a second end, wherein the first end is configured to be located proximate the inner diameter when installed within the airfoil and the second end is configured to be located proximate the outer diameter when installed within the airfoil; at least one divider located within the baffle body and extending from the first end to the second end arranged to divide an interior of the baffle body into two or more feed cavities ; characterised in that the divided baffle further comprises: at least one cap arranged at the first end to bound a first feed cavity of the two or more. feed cavities , wherein the at least one cap at the first end blocks or prevents flow into the first feed cavity at the first end; and at least one cap arranged at the second end to bound a second feed cavity of the two or more feed cavities, wherein the at least one cap at the second end blocks or prevents flow into the second feed cavity at the second end. at least one cap arranged at the first end to bound a first feed cavity of the two or more. feed cavities , wherein the at least one cap at the first end blocks or prevents flow into the first feed cavity at the first end; and at least one cap arranged at the second end to bound a second feed cavity of the two or more feed cavities, wherein the at least one cap at the second end blocks or prevents flow into the second feed cavity at the second end.
An audio device (fig. 5) that includes: a first and a second input (R, L) for receiving, respectively, a left and a right component of a stereophonic audio signal or for receiving a monophonic audio signal at one of the first or second input; a first and a second amplifier stage (AMP L , AMP R ); a stereo/mono switch (SW1, SW2) which is configured to direct either the left and the right component of a stereophonic audio signal received at the first and second input (L, R) to the first and the second amplifier stage (AMP L , AMP R ), respectively, or a monophonic signal received at one of the first and second input to both of the first and the second amplifier stage (AMP L , AMP R ); and a signal analyzing unit (fig. 5, signal analysis) coupled to the first and second input (R, L) and configured to automatically detect whether a monophonic signal is present at the first input or the second input and to provide a respective control signal to the stereo/mono switch indicative of which of the first and second input (R, L) the monophonic signal has been detected at, characterized in that the stereo/mono switch is configured to provide a mono signal to the first and he second amplifier stage (AMP L , AMP R ), the mono signal being a weighted sum of the signals received at the first and second input (R, L), the weighted sum being calculated using weighting factors (a, b) applied to the signals received at the first and second input (R, L). a first and a second input (R, L) for receiving, respectively, a left and a right component of a stereophonic audio signal or for receiving a monophonic audio signal at one of the first or second input; a first and a second amplifier stage (AMP L , AMP R ); a stereo/mono switch (SW1, SW2) which is configured to direct either the left and the right component of a stereophonic audio signal received at the first and second input (L, R) to the first and the second amplifier stage (AMP L , AMP R ), respectively, or a monophonic signal received at one of the first and second input to both of the first and the second amplifier stage (AMP L , AMP R ); and a signal analyzing unit (fig. 5, signal analysis) coupled to the first and second input (R, L) and configured to automatically detect whether a monophonic signal is present at the first input or the second input and to provide a respective control signal to the stereo/mono switch indicative of which of the first and second input (R, L) the monophonic signal has been detected at, characterized in that the stereo/mono switch is configured to provide a mono signal to the first and he second amplifier stage (AMP L , AMP R ), the mono signal being a weighted sum of the signals received at the first and second input (R, L), the weighted sum being calculated using weighting factors (a, b) applied to the signals received at the first and second input (R, L).
A cellulite treatment apparatus for treating expressions of cellulite on a patient's skin associated with a septa treatment site, comprising: a handle ; a shaft longitudinally extending from the handle, the shaft sized and shaped to be inserted within tissue and to be advanced between tissue layers to the septa treatment site; and a septa engaging and cutting assembly at a distal portion of the shaft, the septa engaging and cutting assembly including a blade ; and comprising an actuator on the handle to actuate the septa engaging and cutting assembly, wherein the actuator positions the septa engaging and cutting assembly in at least a concealed position, a septa tensioning position where the septa engaging assembly is deployed and configured to tension septa and the blade is covered and a septa disruption position where the septa engaging assembly is deployed and the blade is exposed to disrupt septa, wherein the septa engaging and cutting assembly is configured to be deployed laterally with respect to the shaft. a handle ; a shaft longitudinally extending from the handle, the shaft sized and shaped to be inserted within tissue and to be advanced between tissue layers to the septa treatment site; and a septa engaging and cutting assembly at a distal portion of the shaft, the septa engaging and cutting assembly including a blade ; and comprising an actuator on the handle to actuate the septa engaging and cutting assembly, wherein the actuator positions the septa engaging and cutting assembly in at least a concealed position, a septa tensioning position where the septa engaging assembly is deployed and configured to tension septa and the blade is covered and a septa disruption position where the septa engaging assembly is deployed and the blade is exposed to disrupt septa, wherein the septa engaging and cutting assembly is configured to be deployed laterally with respect to the shaft.
Habitation vehicle with at least one interior construction device, with at least one first spatial region and with at least one second spatial region , the interior construction device being configured optionally for an at least partial separation of the first spatial region and the second spatial region , the interior construction device comprising at least one movable door unit , which is movable from at least one first door position into at least one second door position and which comprises at least one first door element and at least one second door element that is at least indirectly coupled with the first door element , the door unit being configured to release the spatial regions in the first door position and to at least partly separate the first spatial region from the second spatial region in the second door position , wherein in the first door position the second door element is fixated immovably relative to the first door element and in the second door position the second door element is movable relative to the first door element , characterised in that the interior construction device comprises at least one fixation unit , which is configured, depending on the door position , for a force-fit and/or form-fit fixation of the second door element to the first door element .