mhurhangee/ep-ind-claims huggingface dataset:
A radio communication system comprising: a first radio station configured to serve a first cell; a second radio station configured to serve a second cell; and a radio terminal configured to perform Dual Connectivity using the first cell and the second cell, wherein the first radio station is configured to perform, with the radio terminal, radio resource control for the first cell and the second cell in order to perform the Dual Connectivity, the first radio station is configured to send, to the second radio station, modification information that is related to modification of a radio resource configuration for the second cell, wherein the modification information causes the second radio station to modify the radio resource configuration for the second cell that has been configured in the second radio station for the radio terminal, the second radio station is configured to modify, in response to reception of the modification information, the radio resource configuration for the second cell, and the radio communication system is characterised in that the first radio station is configured to transmit, to the radio terminal through the second radio station, a modified radio resource configuration for the second cell. a first radio station configured to serve a first cell; a second radio station configured to serve a second cell; and a radio terminal configured to perform Dual Connectivity using the first cell and the second cell, wherein the first radio station is configured to perform, with the radio terminal, radio resource control for the first cell and the second cell in order to perform the Dual Connectivity, the first radio station is configured to send, to the second radio station, modification information that is related to modification of a radio resource configuration for the second cell, wherein the modification information causes the second radio station to modify the radio resource configuration for the second cell that has been configured in the second radio station for the radio terminal, the second radio station is configured to modify, in response to reception of the modification information, the radio resource configuration for the second cell, and the radio communication system is characterised in that the first radio station is configured to transmit, to the radio terminal through the second radio station, a modified radio resource configuration for the second cell.
A gas tool comprising: a barrel made of electrically conductive material; a guiding wire (30; 30a; 30b; 30c; 30d) disposed in the barrel, wherein the barrel and the guiding wire (30; 30a; 30b; 30c; 30d) are directly or indirectly connected to two opposite electrodes of a power source; and an electrically conductive member (40; 40a; 40b; 40c; 40d) connected to an outer periphery of the guiding wire (30; 30a; 30b; 30c; 30d) and electrically connected to the guiding wire (30; 30a; 30b; 30c; 30d), wherein the electrically conductive member (40; 40a; 40b; 40c; 40d) is disposed between the barrel and the guiding wire (30; 30a; 30b; 30c; 30d) and is spaced from the barrel; when the power source is activated, an electric arc is generated between the electrically conductive member (40; 40a; 40b; 40c; 40d) and the barrel; characterized in that the electrically conductive member (40; 40a; 40b; 40c; 40d) is annular and surrounds the guiding wire. a barrel made of electrically conductive material; a guiding wire (30; 30a; 30b; 30c; 30d) disposed in the barrel, wherein the barrel and the guiding wire (30; 30a; 30b; 30c; 30d) are directly or indirectly connected to two opposite electrodes of a power source; and an electrically conductive member (40; 40a; 40b; 40c; 40d) connected to an outer periphery of the guiding wire (30; 30a; 30b; 30c; 30d) and electrically connected to the guiding wire (30; 30a; 30b; 30c; 30d), wherein the electrically conductive member (40; 40a; 40b; 40c; 40d) is disposed between the barrel and the guiding wire (30; 30a; 30b; 30c; 30d) and is spaced from the barrel; when the power source is activated, an electric arc is generated between the electrically conductive member (40; 40a; 40b; 40c; 40d) and the barrel; characterized in that the electrically conductive member (40; 40a; 40b; 40c; 40d) is annular and surrounds the guiding wire.
An optical vision system for automated inspection of an object, the system comprising: - an imaging device, wherein the imaging device comprises: - an image sensor configured to capture an image of the object; and - a controllable illumination assembly (200, 200', 200") configured to illuminate the object, the illumination assembly comprising a plurality of individually controllable light sources positioned to surround the image sensor, and - a control unit in electrical communication with and configured to operate the imaging device, wherein the control unit is configured to automatically: - control the illumination assembly to illuminate the object with a predetermined illumination pattern based on a selected object type; - acquire a first image of the object using the image sensor; - determine an illumination quality metric based on the first image; - determine, if the determination of the illumination quality metric indicates that the illumination quality metric is below a predetermined threshold, an adapted illumination pattern based on the illumination quality metric, and - control the illumination assembly to illuminate the object with the adapted illumination pattern, wherein the control unit is further configured to: - dynamically reposition the imaging device in relation to the object, and - adapting the illumination pattern according to the determining of the adapted illumination pattern, which is determined also based on a relative position of the imaging device in relation to the object. - an imaging device, wherein the imaging device comprises: - an image sensor configured to capture an image of the object; and - a controllable illumination assembly (200, 200', 200") configured to illuminate the object, the illumination assembly comprising a plurality of individually controllable light sources positioned to surround the image sensor, and - an image sensor configured to capture an image of the object; and - a controllable illumination assembly (200, 200', 200") configured to illuminate the object, the illumination assembly comprising a plurality of individually controllable light sources positioned to surround the image sensor, and - a control unit in electrical communication with and configured to operate the imaging device, - control the illumination assembly to illuminate the object with a predetermined illumination pattern based on a selected object type; - acquire a first image of the object using the image sensor; - determine an illumination quality metric based on the first image; - determine, if the determination of the illumination quality metric indicates that the illumination quality metric is below a predetermined threshold, an adapted illumination pattern based on the illumination quality metric, and - control the illumination assembly to illuminate the object with the adapted illumination pattern, - dynamically reposition the imaging device in relation to the object, and - adapting the illumination pattern according to the determining of the adapted illumination pattern, which is determined also based on a relative position of the imaging device in relation to the object.
A roller reamer comprising: a tool body including an axial recess; a roller assembly deployed in the axial recess, the roller assembly including a roller shell deployed substantially coaxially about a bearing pin, the roller shell being arranged and designed to rotate with respect to the bearing pin about a common axis; a retention block (240, 241) supporting an axial end portion (221, 222) of the bearing pin, the retention block (240, 241) further including a back angled axial face on a side opposing the bearing pin; and a wedge block (260, 261) deployed between the retention block (240, 241) and an end wall of the axial recess, the wedge block (260, 261) including a forward angled axial face configured to engage the back angled axial face of the retention block (240, 241), the forward angled axial face and the back angled axial face being angled with respect to a radial direction; characterised in that the axial recess of the tool body has an angled interior face of a side wall of the recess; and the retention block (240, 241) includes an angled flank arranged and designed to engage the angled interior face of the axial recess, the angled interior face and the angled flank being angled with respect to the longitudinal axis of the roller assembly. a tool body including an axial recess; a roller assembly deployed in the axial recess, the roller assembly including a roller shell deployed substantially coaxially about a bearing pin, the roller shell being arranged and designed to rotate with respect to the bearing pin about a common axis; a retention block (240, 241) supporting an axial end portion (221, 222) of the bearing pin, the retention block (240, 241) further including a back angled axial face on a side opposing the bearing pin; and a wedge block (260, 261) deployed between the retention block (240, 241) and an end wall of the axial recess, the wedge block (260, 261) including a forward angled axial face configured to engage the back angled axial face of the retention block (240, 241), the forward angled axial face and the back angled axial face being angled with respect to a radial direction; characterised in that the axial recess of the tool body has an angled interior face of a side wall of the recess; and the retention block (240, 241) includes an angled flank arranged and designed to engage the angled interior face of the axial recess, the angled interior face and the angled flank being angled with respect to the longitudinal axis of the roller assembly.
An image capturing apparatus, comprising: a stage in which a sample is placed; a stage control unit for scanning the stage at a predetermined speed; a light source for radiating light to the sample; a light guiding optical system including a light dividing unit for dividing an optical image of the sample into a first optical path for capturing an image and a second optical path for focus control; a first imaging unit for capturing a first image by a first optical image divided into the first optical path; a second imaging unit for capturing a two-dimensional image of a second image by a second optical image divided into the second optical path; a focus control unit for analysing the second image to control a focus position of image pickup by the first imaging unit based on the analysis result; a region control unit for setting a first imaging region and a second imaging region for capturing a partial image of the second optical image on an imaging area of the second imaging unit; and an optical path difference producing member which is disposed on the second optical path and for giving an optical path difference to the second optical image along an in-plane direction of the imaging area; characterized in that the first imaging region and the second imaging region are set so as to be positioned on the front side of the sample in a scanning direction on the imaging area with respect to a region into which an optical image is made incident which is conjugate to the first optical image made incident into the first imaging unit. a stage in which a sample is placed; a stage control unit for scanning the stage at a predetermined speed; a light source for radiating light to the sample; a light guiding optical system including a light dividing unit for dividing an optical image of the sample into a first optical path for capturing an image and a second optical path for focus control; a first imaging unit for capturing a first image by a first optical image divided into the first optical path; a second imaging unit for capturing a two-dimensional image of a second image by a second optical image divided into the second optical path; a focus control unit for analysing the second image to control a focus position of image pickup by the first imaging unit based on the analysis result; a region control unit for setting a first imaging region and a second imaging region for capturing a partial image of the second optical image on an imaging area of the second imaging unit; and an optical path difference producing member which is disposed on the second optical path and for giving an optical path difference to the second optical image along an in-plane direction of the imaging area; characterized in that the first imaging region and the second imaging region are set so as to be positioned on the front side of the sample in a scanning direction on the imaging area with respect to a region into which an optical image is made incident which is conjugate to the first optical image made incident into the first imaging unit.
An interactive display device, comprising: a body having a microprocessor therein; an optical project unit provided on the body and controlled by the microprocessor for projecting a pattern to a scene; an image capture unit provided on the body and controlled by the microprocessor for capturing an image containing the pattern in the scene; a display unit provided on the body configured for displaying the image; characterized in that the interactive display device further comprises: a reflecting unit provided on the body and located in a pattern projection direction of the optical project unit and an image capture direction of the image capture unit configured for changing the pattern projection direction and the image capture direction. a body having a microprocessor therein; an optical project unit provided on the body and controlled by the microprocessor for projecting a pattern to a scene; an image capture unit provided on the body and controlled by the microprocessor for capturing an image containing the pattern in the scene; a display unit provided on the body configured for displaying the image;
A separator comprising: a substrate; and a layer formed either on at least one surface of the substrate or on at least one surface side of the substrate with at least a portion thereof being included in the pores inside the substrate, the layer having a heat capacity per unit area of 0.0001 J/Kcm 2 or more and a heat capacity per unit volume of 3.0 J/Kcm 3 or less, wherein the layer contains particles and a resin material, and the particles contain at least aluminum oxide (alumina), wherein the ratio of the length of the longest part of the particle and the length of the shortest part of the particle in a direction perpendicular to the longest part ("length of the longest part"/{length of the shortest part}) is 3 times or more. a substrate; and a layer formed either on at least one surface of the substrate or on at least one surface side of the substrate with at least a portion thereof being included in the pores inside the substrate, the layer having a heat capacity per unit area of 0.0001 J/Kcm 2 or more and a heat capacity per unit volume of 3.0 J/Kcm 3 or less, wherein the layer contains particles and a resin material, and the particles contain at least aluminum oxide (alumina), wherein the ratio of the length of the longest part of the particle and the length of the shortest part of the particle in a direction perpendicular to the longest part ("length of the longest part"/{length of the shortest part}) is 3 times or more.
Plant extract obtained from a plant raw material that contains safranal and is selected from Crocus sativus, Centaurea sibthorpii, Centaurea consanguinea, Centaurea amanicola, Erodium cicutarium, Chinese green tea, Calycopteris floribunda, Crocus heuffelianus, Sambucus nigra, Gardenia jasminoides, Citrus limon, Cuminum cyminum L., and Achillea distans., said extract comprising: - a concentration, measured by the HPLC method, of at least 0.2% of safranal by weight relative to the total weight of the dry matter of the extract; and - a bulking agent selected from maltodextrin, sugar, silica and gum arabic, it being possible for said extract to be obtained by a process comprising the following steps: - grinding of the plant raw material containing safranal; - aqueous or hydroalcoholic extraction, or extraction using an organic solvent; - impregnation onto the bulking agent in the extraction solution and encapsulation of the extract obtained; and - heat treatment for a period between 24 and 72 hours at a temperature between 30°C and 60°C. - a concentration, measured by the HPLC method, of at least 0.2% of safranal by weight relative to the total weight of the dry matter of the extract; and - a bulking agent selected from maltodextrin, sugar, silica and gum arabic, - grinding of the plant raw material containing safranal; - aqueous or hydroalcoholic extraction, or extraction using an organic solvent; - impregnation onto the bulking agent in the extraction solution and encapsulation of the extract obtained; and - heat treatment for a period between 24 and 72 hours at a temperature between 30°C and 60°C.
A patient monitoring system for detecting acoustic events in the vicinity of a patient, including: a linear array having at least two microphones positioned in the patient's environment that are oriented towards the area of the patient, the microphones being arranged to detect acoustic events generated by the patient, and to generate signals comprising information describing the acoustic events, wherein the at least two microphones in the linear array facilitate triangulating the location source of each acoustic event; a processor that timestamps the acoustic event signals; a classifier that classifies each acoustic event signal into one of a plurality of acoustic event classes using result of triangulating the location source of each acoustic event; and an active noise cancellation component that suppresses non-patient generated acoustic event sounds. a linear array having at least two microphones positioned in the patient's environment that are oriented towards the area of the patient, the microphones being arranged to detect acoustic events generated by the patient, and to generate signals comprising information describing the acoustic events, wherein the at least two microphones in the linear array facilitate triangulating the location source of each acoustic event; a processor that timestamps the acoustic event signals; a classifier that classifies each acoustic event signal into one of a plurality of acoustic event classes using result of triangulating the location source of each acoustic event; and an active noise cancellation component that suppresses non-patient generated acoustic event sounds.
A residential door lock system including: an outer elongate pull handle configured to extend vertically on an outside of the door, the outer elongate pull handle comprising a shaft configured to be gripped by a hand of a user; an inner elongate pull handle configured to be fixed to an inside of the door, said inner elongate pull handle including a release button, a locking member configured to lock and unlock the door, wherein the locking member is configured to be positioned in the door independently of the outer and inner elongate pull handles (310a, 310b); a digital access system including a keypad provided on the shaft of the outer elongate pull handle, a controller operatively connected to the release button, the keypad and the locking member, the controller being configured to unlock the door from either side, wherein the controller is configured to receive an access code entered by the user from the keypad, and to unlock the door using the locking member when the access code is a valid access code or when the release button is pressed. an outer elongate pull handle configured to extend vertically on an outside of the door, the outer elongate pull handle comprising a shaft configured to be gripped by a hand of a user; an inner elongate pull handle configured to be fixed to an inside of the door, said inner elongate pull handle including a release button, a locking member configured to lock and unlock the door, wherein the locking member is configured to be positioned in the door independently of the outer and inner elongate pull handles (310a, 310b); a digital access system including a keypad provided on the shaft of the outer elongate pull handle, a controller operatively connected to the release button, the keypad and the locking member, the controller being configured to unlock the door from either side, wherein the controller is configured to receive an access code entered by the user from the keypad, and to unlock the door using the locking member when the access code is a valid access code or when the release button is pressed.
A finger flange, in particular for being frictionally and/or form-fittingly connected to the proximal end of a syringe body, having a recess or through-opening for extending therethrough a plunger rod, the finger flange being formed in one piece comprising at least one first and one second finger flange member (22, 23, 41, 42) which are coupled so as to be movable relative to one another, preferably pivotably movable, the finger flange members being adapted for being non-releasably locked, and wherein the finger flange is formed with a pull-out lock for the plunger rod.
A switching device (100-1, 100-2, 100-3; 300), comprising: a vertical stack comprising a first material formed between a first and a second electrode; and a third electrode (106-1, 106-2, 106-3) coupled to the vertical stack and configured to receive a voltage applied thereto to control a formation state of a conductive filament in the first material between the first and the second electrode; wherein: the formation state of the conductive filament is switchable between an on state and an off state; the first material is located within a second material; the first material and the second material are different materials; and the first material and the second material are located between, and adjacent to, both the first electrode and the second electrode, characterized in that the third electrode is adjacent to the first electrode. a vertical stack comprising a first material formed between a first and a second electrode; and a third electrode (106-1, 106-2, 106-3) coupled to the vertical stack and configured to receive a voltage applied thereto to control a formation state of a conductive filament in the first material between the first and the second electrode; wherein: the formation state of the conductive filament is switchable between an on state and an off state; the first material is located within a second material; the first material and the second material are different materials; and the first material and the second material are located between, and adjacent to, both the first electrode and the second electrode, characterized in that the third electrode is adjacent to the first electrode. the formation state of the conductive filament is switchable between an on state and an off state; the first material is located within a second material; the first material and the second material are different materials; and the first material and the second material are located between, and adjacent to, both the first electrode and the second electrode, characterized in that the third electrode is adjacent to the first electrode.