mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a cabinet in which a storeroom is formed and including a duct opening ; a cooling module detachably coupled to the cabinet and including an evaporator , a condenser , a compressor , a module body having a space in which the evaporator is accommodated, and a duct module de- tachably coupled to the module body to guide cold air produced from the evaporator to the storeroom , characterized in that the duct opening , the duct module and the storeroom are arranged so that, when the duct module is detached from the module body , the duct module is passable through the duct opening to be removed through the storeroom . a cabinet in which a storeroom is formed and including a duct opening ; a cooling module detachably coupled to the cabinet and including an evaporator , a condenser , a compressor , a module body having a space in which the evaporator is accommodated, and a duct module de- tachably coupled to the module body to guide cold air produced from the evaporator to the storeroom , characterized in that the duct opening , the duct module and the storeroom are arranged so that, when the duct module is detached from the module body , the duct module is passable through the duct opening to be removed through the storeroom .
Plastic container , comprising a base and side walls standing on the base, wherein an accommodating region of the container is defined by the base and the side walls , wherein the base forms a plane on its side facing away from the accommodating region , wherein the plane bears an inner region, a running rim surrounding the inner region , and first ribs projecting from the plane , wherein the running rim has a running face for the container and the running face is elevated, in a direction perpendicular to the plane , relative to the inner region , wherein each of the first ribs extends from the inner region in the direction of the running rim , wherein, with regard to each of the first ribs , the end face of the first rib pointing in the direction of extension merges tangentially into the plane , characterized in that the end face has a concave shape and overlaps the plane in an overlap region , wherein the overlap region is located between the inner region and the running rim .
A signal transmission method, wherein the method comprises: obtaining , by a network device, an end moment of first downlink transmission, wherein the first downlink transmission occupies one or more downlink subframes, a downlink transmission part of a self-contained subframe, or a combination of one or more downlink subframes and a downlink transmission part of a self-contained subframe; and performing , by the network device, second downlink transmission in an unlicensed frequency band after a first guard period from the end moment of the first downlink transmission, wherein at least one terminal device senses a channel in the first guard period, and the second downlink transmission is used to reserve the channel for the at least one terminal device. obtaining , by a network device, an end moment of first downlink transmission, wherein the first downlink transmission occupies one or more downlink subframes, a downlink transmission part of a self-contained subframe, or a combination of one or more downlink subframes and a downlink transmission part of a self-contained subframe; and performing , by the network device, second downlink transmission in an unlicensed frequency band after a first guard period from the end moment of the first downlink transmission, wherein at least one terminal device senses a channel in the first guard period, and the second downlink transmission is used to reserve the channel for the at least one terminal device.
A system for use during laparoscopic surgery, the system comprising: a primary flow generator configured to generate a flow of unhumidified gases; a humidifier in fluid communication with the primary flow generator and configured to at least humidify the unhumidified gases received from the primary flow generator ; a gases pathway configured to at least allow the unhumidified gases to flow from the primary flow generator to the humidifier and humidified gases to flow from the humidifier to a body cavity; a recirculation circuit configured to connect to the body cavity to receive gases passing through the body cavity and to connect to the gases pathway to reintroduce said gases to the body cavity; a filtration unit positioned along the recirculation circuit , comprising a filtration portion , the filtration portion comprising a filter to remove smoke and other debris from the gases flowing through the recirculation circuit , and a flow generator portion positioned along the recirculation circuit configured to create pressure differences that cause gases to be drawn in from the body cavity to the filtration unit and flow through the recirculation circuit . a primary flow generator configured to generate a flow of unhumidified gases; a humidifier in fluid communication with the primary flow generator and configured to at least humidify the unhumidified gases received from the primary flow generator ; a gases pathway configured to at least allow the unhumidified gases to flow from the primary flow generator to the humidifier and humidified gases to flow from the humidifier to a body cavity; a recirculation circuit configured to connect to the body cavity to receive gases passing through the body cavity and to connect to the gases pathway to reintroduce said gases to the body cavity; a filtration unit positioned along the recirculation circuit , comprising a filtration portion , the filtration portion comprising a filter to remove smoke and other debris from the gases flowing through the recirculation circuit , and a flow generator portion positioned along the recirculation circuit configured to create pressure differences that cause gases to be drawn in from the body cavity to the filtration unit and flow through the recirculation circuit .
A turbine blade comprising: an airfoil section extending span-wise from a platform at a first end to a tip floor at a second end of the airfoil section , wherein at least one cooling hole is formed through the tip floor , the at least one cooling hole being fluidically connected to an internal coolant cavity of the airfoil section , and an additively manufactured tip cap formed via layer-by-layer deposition of material directly over the tip floor of the airfoil section , the tip cap comprising: at least one squealer tip rail extending outward from the tip floor , the at least one squealer tip rail having an embedded cooling channel formed therein, wherein the embedded cooling channel is aligned with and fluidically connected to the at least one cooling hole formed through the tip floor of the airfoil section , the embedded cooling channel having one or more outlets located on at least one of a side face and a top face of the at least one squealer tip rail , characterized in that the embedded cooling channel comprises two or more outlets located chord-wise spaced on the at least one side face of the at least one squealer tip rail . an airfoil section extending span-wise from a platform at a first end to a tip floor at a second end of the airfoil section , wherein at least one cooling hole is formed through the tip floor , the at least one cooling hole being fluidically connected to an internal coolant cavity of the airfoil section , and an additively manufactured tip cap formed via layer-by-layer deposition of material directly over the tip floor of the airfoil section , the tip cap comprising: at least one squealer tip rail extending outward from the tip floor , the at least one squealer tip rail having an embedded cooling channel formed therein, wherein the embedded cooling channel is aligned with and fluidically connected to the at least one cooling hole formed through the tip floor of the airfoil section , the embedded cooling channel having one or more outlets located on at least one of a side face and a top face of the at least one squealer tip rail , characterized in that the embedded cooling channel comprises two or more outlets located chord-wise spaced on the at least one side face of the at least one squealer tip rail . at least one squealer tip rail extending outward from the tip floor , the at least one squealer tip rail having an embedded cooling channel formed therein, wherein the embedded cooling channel is aligned with and fluidically connected to the at least one cooling hole formed through the tip floor of the airfoil section , the embedded cooling channel having one or more outlets located on at least one of a side face and a top face of the at least one squealer tip rail , characterized in that the embedded cooling channel comprises two or more outlets located chord-wise spaced on the at least one side face of the at least one squealer tip rail .
Holographic probe device for recording gabor hologram comprising: - a coherent optical fibre bundle constituted by an organized bundle of optical fibres in such a way that the image formed on one side of the bundle is transmitted to the other side of the fibre bundle comprising a distal end and a proximal end; - a recording medium optically coupled to the proximal end of the coherent optical fiber bundle , the recording medium being a CMOS or a CCD image sensor; - a light source producing in use a single light beam , characterised in that said single light beam is illuminating in use the distal end of the coherent optical fiber bundle and the object to be observed. - a coherent optical fibre bundle constituted by an organized bundle of optical fibres in such a way that the image formed on one side of the bundle is transmitted to the other side of the fibre bundle comprising a distal end and a proximal end; - a recording medium optically coupled to the proximal end of the coherent optical fiber bundle , the recording medium being a CMOS or a CCD image sensor; - a light source producing in use a single light beam ,
Stack including a plurality of solar modules on top of each other, wherein each solar module includes - a plurality of bifacial solar panels and - first and second horizontal profile members arranged in parallel, the plurality of bifacial solar panels being arranged substantially vertically with a horizontal distance therebetween in a length direction of the horizontal profile members , wherein the solar panels are connected to the first and second horizontal profile members , wherein the solar panels are connected to inner side portions of the horizontal profile members . - a plurality of bifacial solar panels and - first and second horizontal profile members arranged in parallel, the plurality of bifacial solar panels being arranged substantially vertically with a horizontal distance therebetween in a length direction of the horizontal profile members ,
A distance measurement sensor comprising: a light source ; a scanning device comprising a motor and a mirror attached to the motor and structured to reflect emitted light of the light source , wherein the scanning device is structured such that scan probe light, which is light reflected by the mirror, can be scanned according to a rotation of the motor; a photosensor structured to detect during a scan period return light (L3), which is the probe light reflected from a point (P) on an object (OBJ); and a processor structured to detect a distance to the point (P) on the object (OBJ) based on an output of the photosensor , characterized in that an angular resolution in a scan direction is dynamically changed according to the distance to the point (P) on the object (OBJ) during the scan period. a light source ; a scanning device comprising a motor and a mirror attached to the motor and structured to reflect emitted light of the light source , wherein the scanning device is structured such that scan probe light, which is light reflected by the mirror, can be scanned according to a rotation of the motor; a photosensor structured to detect during a scan period return light (L3), which is the probe light reflected from a point (P) on an object (OBJ); and a processor structured to detect a distance to the point (P) on the object (OBJ) based on an output of the photosensor , characterized in that an angular resolution in a scan direction is dynamically changed according to the distance to the point (P) on the object (OBJ) during the scan period.
A cell control device for providing mobile communication service to terminals in a macrocell in a wireless environment including a plurality of small cells (SC1 - SC6) in the macrocell, the cell control device comprising: a determiner configured to determine a number of terminals connected to the macrocell; and a controller configured to block a transmission of a system information block from each of the plurality of small cells (SC1 - SC6) and allow a transmission of the system information block from the macrocell in a broadcast manner when the determined number of terminals is less than a specific threshold value, and to allow the transmission of the system information block from each of the plurality of small cells (SC1 - SC6) and from the macrocell in a broadcast manner when the determined number of terminals is the threshold value or more. a determiner configured to determine a number of terminals connected to the macrocell; and a controller configured to block a transmission of a system information block from each of the plurality of small cells (SC1 - SC6) and allow a transmission of the system information block from the macrocell in a broadcast manner when the determined number of terminals is less than a specific threshold value, and to allow the transmission of the system information block from each of the plurality of small cells (SC1 - SC6) and from the macrocell in a broadcast manner when the determined number of terminals is the threshold value or more.
A method, comprising: establishing communications between an access point, in the following also referred to as AP, of an AP multi-link device, in the following also referred to as MLD, and a non-AP station, in the following also referred to as STA, of a STA MLD on one or more links of a plurality of links ; and the non-AP STA receiving a frame transmitted by the AP on a first link of the plurality of links ; characterized in that : the non-AP STA transmitting a response to the AP on the first link responsive to receiving the frame from the AP when both a virtual carrier sense and a physical carrier sense are idle ; and the non-AP STA performing a listening operation on the plurality of links otherwise . establishing communications between an access point, in the following also referred to as AP, of an AP multi-link device, in the following also referred to as MLD, and a non-AP station, in the following also referred to as STA, of a STA MLD on one or more links of a plurality of links ; and the non-AP STA receiving a frame transmitted by the AP on a first link of the plurality of links ; characterized in that : the non-AP STA transmitting a response to the AP on the first link responsive to receiving the frame from the AP when both a virtual carrier sense and a physical carrier sense are idle ; and the non-AP STA performing a listening operation on the plurality of links otherwise . the non-AP STA transmitting a response to the AP on the first link responsive to receiving the frame from the AP when both a virtual carrier sense and a physical carrier sense are idle ; and the non-AP STA performing a listening operation on the plurality of links otherwise .
A method for exchanging heat with an object said method comprising using a heat transfer fluid wherein said heat transfer fluid comprises one or more chemical compounds having the general formula: wherein: - R 1 , R 2 , R 3 , R 4 can be the same or different, linear or branched, partially fluorinated alkyl groups having a C1-C6 carbon chain and wherein said heat transfer fluid is essentially free of CFCs, HFCs and HCFCs. - R 1 , R 2 , R 3 , R 4 can be the same or different, linear or branched, partially fluorinated alkyl groups having a C1-C6 carbon chain and wherein said heat transfer fluid is essentially free of CFCs, HFCs and HCFCs.
A pneumatic tire comprising: two spaced apart bead portions ; a tread portion ; a pair of sidewalls extending radially inward from axially outer edges of the tread portion to join the respective bead portions , the axially outer edges of the tread portion defining a tread width; a carcass; an innerliner covering the carcass and defining a tire cavity, characterized in that the tire further comprises an at least partially metal coated foam material attached to the innerliner within the tire cavity, wherein the foam material is a foam strip material circumferentially attached to the innerliner within the tire cavity, wherein the foam strip material has a radially inner side, a radially outer side, and two lateral sides, and wherein at least the radially outer side attached to the innerliner is at least partially metal coated.
A thermosensitive recording medium, comprising: a support ; an image recording layer , which is provided on the support , and contains a leuco dye, a color developer, and a metal oxide having absorbance in the near infrared region; an oxygen barrier layer ; and a light-blocking layer , wherein the oxygen barrier layer and the light-blocking layer are provided a surface of the image recording layer , which is an opposite side to a surface thereof where the support is provided, characterised in that an average transmittance of the light-blocking layer to light in a wavelength range of 300 nm to 400 nm is 5% or less, and an average transmittance of the light-blocking layer to light in a wavelength range of 380 nm to 495 nm is 20% or less. a support ; an image recording layer , which is provided on the support , and contains a leuco dye, a color developer, and a metal oxide having absorbance in the near infrared region; an oxygen barrier layer ; and a light-blocking layer , wherein the oxygen barrier layer and the light-blocking layer are provided a surface of the image recording layer , which is an opposite side to a surface thereof where the support is provided, characterised in that an average transmittance of the light-blocking layer to light in a wavelength range of 300 nm to 400 nm is 5% or less, and an average transmittance of the light-blocking layer to light in a wavelength range of 380 nm to 495 nm is 20% or less.
A light emitting device comprising: a lower electrode ; a light emitting structure disposed on the lower electrode and comprising a first conductivity type semiconductor layer , an active layer , and a second conductivity type semiconductor layer ; an upper electrode pad disposed on the light emitting structure at a central area of the light emitting device; at least one branch electrode connected to the upper electrode pad and disposed outside the upper electrode pad ; and wherein the upper electrode pad comprises a central portion and at least one connection electrode respectively connected to the at least one branch electrode , wherein the at least one connection electrode has an integral structure with the central portion of the upper electrode pad , characterised in that an upper ohmic layer is disposed below the at least one branch electrode, each of the at least one connection electrodes is protruded outwards from the central portion, each of the at least one branch electrodes includes a first portion that vertically overlaps each of the at least one connection electrodes and a second portion that does not vertically overlap each of the at least one connection electrodes , a width of each of the at least one connection electrodes is greater than a width of the first portion of each of the at least one branch electrodes , a portion of a bottom surface of each of the at least one connection electrodes directly contacts a portion of a top surface of each of the at least one branch electrodes and a portion of a side surface of the upper ohmic layer . a lower electrode ; a light emitting structure disposed on the lower electrode and comprising a first conductivity type semiconductor layer , an active layer , and a second conductivity type semiconductor layer ; an upper electrode pad disposed on the light emitting structure at a central area of the light emitting device; at least one branch electrode connected to the upper electrode pad and disposed outside the upper electrode pad ; and wherein the upper electrode pad comprises a central portion and at least one connection electrode respectively connected to the at least one branch electrode , wherein the at least one connection electrode has an integral structure with the central portion of the upper electrode pad , characterised in that an upper ohmic layer is disposed below the at least one branch electrode, each of the at least one connection electrodes is protruded outwards from the central portion, each of the at least one branch electrodes includes a first portion that vertically overlaps each of the at least one connection electrodes and a second portion that does not vertically overlap each of the at least one connection electrodes , a width of each of the at least one connection electrodes is greater than a width of the first portion of each of the at least one branch electrodes , a portion of a bottom surface of each of the at least one connection electrodes directly contacts a portion of a top surface of each of the at least one branch electrodes and a portion of a side surface of the upper ohmic layer .
Vehicular cable assembly comprising at least two unshielded conductive signal lines , and a connection region in which the signal lines are adapted to be connected to an external element such as terminals , for allowing data rates above 100 Mbps, wherein the signal lines are twisted around each other next to the connection region and are not twisted around each other in the connection region , and wherein the cable assembly further comprises a shielding assembly comprising at least one shielding part , wherein the shielding assembly has a canal-like receptacle extending at least along the entire connection region and which is adapted to receive the signal lines , wherein the shielding part has a mirror symmetry, characterized in that the mirror plane is perpendicular to a cable direction (C) in which a cable enters the shielding assembly.